{"id":750,"date":"2020-11-26T09:40:33","date_gmt":"2020-11-26T09:40:33","guid":{"rendered":"http:\/\/10.10.10.130:8080\/?page_id=750"},"modified":"2026-03-27T11:39:46","modified_gmt":"2026-03-27T11:39:46","slug":"projetos","status":"publish","type":"page","link":"https:\/\/rnca.fccn.pt\/en\/projetos\/","title":{"rendered":"Advanced Computing Projects"},"content":{"rendered":"

Advanced Computing Projects<\/span><\/strong><\/h1>\n\n\n\n
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InovIA Accesses<\/strong> \u2013 SMEs & Startups<\/h2>\n\n\n\n
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List of 31 approved accesses until January 2026 in Deucalion and MareNostrum 5<\/summary>\n
Single reference<\/strong><\/th>Sector<\/strong><\/th>Platform<\/strong><\/th>Typology<\/strong><\/th>Location<\/strong><\/th><\/tr><\/thead>
2025.00001.INOVIA.MAKEITTECH<\/td>Robotics and IoT systems<\/td>Deucalion<\/td>SMEs<\/td>Aveiro<\/td><\/tr>
2025.00002.INOVIA.FASTCOMPCHEM<\/td>Industrial and pharmaceutical chemistry<\/td>Deucalion<\/td>Startup<\/td>Lisbon<\/td><\/tr>
2025.00003.INOVIA.VIRTUACROP<\/td>Agriculture<\/td>Deucalion<\/td>Startup<\/td>Lisbon<\/td><\/tr>
2025.00004.INOVIA.COMUDEL<\/td>Business management<\/td>Deucalion<\/td>Startup<\/td>Coimbra<\/td><\/tr>
2025.00005.INOVIA.NOMADENGENUITY<\/td>Energy<\/td>Deucalion<\/td>Startup<\/td>Covilh\u00e3<\/td><\/tr>
2025.00006.INOVIA.BLUEOASIS<\/td>Renewable Energy and Nautical Architecture<\/td>Deucalion<\/td>SMEs<\/td>Ericeira and Faial<\/td><\/tr>
2025.00007.INOVIA.OMNIUMAI<\/td>Bioinformatics and Food Engineering<\/td>Deucalion<\/td>Spin-off<\/td>Braga<\/td><\/tr>
2025.00008.INOVIA.ALGORITHMG<\/td>Strategic consulting and business development<\/td>Deucalion<\/td>Startup<\/td>Vendas Novas <\/td><\/tr>
2025.00009.INOVIA.WEEZZI<\/td>Information Technology and Business Software<\/td>MN5<\/td>SMEs<\/td>Lisbon and Aveiro<\/td><\/tr>
2025.00010.INOVIA.QUANTUMLEAP<\/td>Information Technology and Business Software<\/td>Deucalion<\/td>SMEs<\/td>Setubal<\/td><\/tr>
2025.00011.INOVIA.STRATSORB<\/td>Information Technology and Business Software<\/td>MN5<\/td>Startup<\/td>Aveiro<\/td><\/tr>
2025.00012.INOVIA.NEXUSBYTE<\/td>Information Technology and Business Software<\/td>Deucalion<\/td>Startup<\/td>Lisbon<\/td><\/tr>
2025.00013.INOVIA.PROMPTLYHEALTH<\/td>Health<\/td>Deucalion<\/td>SMEs<\/td>Lisbon and Porto<\/td><\/tr>
2025.00014.INOVIA.THENEWSROOM<\/td>Technology applied to Media<\/td>Deucalion<\/td>SMEs<\/td>Lisbon<\/td><\/tr>
2025.00015.INOVIA.SENSOMATT<\/td>AI applied to health and well-being<\/td>Deucalion<\/td>Startup<\/td>Castelo Branco<\/td><\/tr>
2025.00016.INOVIA.MOMENTAOMINUTO<\/td>AI applied to health and well-being<\/td>Deucalion<\/td>Startup<\/td>Porto<\/td><\/tr>
2025.00017.INOVIA.ALQEMAI<\/td>Immersive technology and audiovisual production<\/td>MN5<\/td>Startup<\/td>Coimbra<\/td><\/tr>
2025.00018.INOVIA.ITCLINICAL<\/td>Information Technology and Business Software<\/td>Deucalion<\/td>SMEs<\/td>Lisbon<\/td><\/tr>
2025.00019.INOVIA.ILOF<\/td>DeepTech\/HealthTech<\/td>Deucalion<\/td>Startup<\/td>Matosinhos<\/td><\/tr>
2025.00020.INOVIA.SOUNDPARTICLES<\/td>Deep Tech\/3D Audio Software<\/td>Deucalion<\/td>SMEs<\/td>Leiria<\/td><\/tr>
2025.00021.INOVIA.DRIVENBYIMPROVEMENT<\/td>Information Technology and Business Software<\/td>Deucalion<\/td>SMEs<\/td>Vila Nova de Gaia<\/td><\/tr>
2025.00022.INOVIA.TECHFRAME<\/td>Information Technology and Business Software<\/td>Deucalion<\/td>SMEs<\/td>Lisbon<\/td><\/tr>
2025.00023.INOVIA.OMNIMETRICS<\/td>Information Technology and Business Software<\/td>Deucalion<\/td>Startup<\/td>Montalegre<\/td><\/tr>
2025.00024.INOVIA.NEOSCOPE<\/td>Information Technology and Business Software<\/td>Deucalion<\/td>Spin-off<\/td>Porto<\/td><\/tr>
2025.00025.INOVIA.EVOXTECH<\/td>Waste management<\/td>Deucalion<\/td>SMEs<\/td>Castelo Branco<\/td><\/tr>
2025.00026.INOVIA.E-SECURITYBIO<\/td>Information Technology<\/td>Deucalion<\/td>Startup<\/td>Leiria<\/td><\/tr>
2025.00027.INOVIA.VISUALTHINKING<\/td>Information Technology<\/td>Deucalion<\/td>SMEs<\/td>Vila Nova de Gaia<\/td><\/tr>
2025.00028.INOVIA.ARROW4D<\/td>Engineering and geophysics<\/td>Deucalion<\/td>SMEs<\/td>\u00c9vora<\/td><\/tr>
2025.00029.INOVIA.DREAMSPOT<\/td>Engineering <\/td>Deucalion<\/td>Spinoff<\/td><\/td><\/tr>
2025.00030.INOVIA.EARTHINDICATORS<\/td>Information Technology<\/td>Deucalion<\/td>Startup <\/td>Lisbon\/Aveiro<\/td><\/tr>
2025.00031.INOVIA.ZIXAGO<\/td>Information Technology<\/td>Deucalion<\/td>Startup <\/td>Braga<\/td><\/tr><\/tbody><\/table>
inovIA vouchers for Deucalion and Mare Nostrum 5 (MN5) \u2013 updated January 2026<\/figcaption><\/figure>\n<\/details>\n\n\n\n
<\/div>\n\n\n\n

Virtual HPC, AI and Quantum Labs<\/strong><\/h2>\n\n\n\n
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List of 29 accesses approved until October 2025<\/summary>\n
HPC VIRTUAL LABORATORY
(INSTITUTIONAL ACCESS)<\/th>		AFFILIATION<\/th>LOCATION \/ Region<\/th><\/tr><\/thead>
HPCvLAB@UMINHO<\/td>UMINHO<\/td>North \u2013 Minho<\/td><\/tr>
HPCvLAB@EPICURE<\/td>INESC TEC<\/td>North \u2013 Minho<\/td><\/tr>
HPCvLAB@UTAD<\/td>UTAD<\/td>North \u2013 Tr\u00e1s-os-Montes and Alto Douro<\/td><\/tr>
HPCvLAB@IPCA<\/td>IPCA<\/td>North \u2013 C\u00e1vado and Ave<\/td><\/tr>
HPCvLAB@UPORTO<\/td>SPORT<\/td>North \u2013 Porto<\/td><\/tr>
HPCvLAB@UAVEIRO<\/td>UAVEIRO<\/td>Coastal Center \u2013 Aveiro<\/td><\/tr>
HPCvLAB@UBI<\/td>UBI<\/td>Inland Center \u2013 Covilh\u00e3<\/td><\/tr>
HPCvLAB@ULISBOA<\/td>ULISBOA<\/td>Lisbon and Tagus Valley<\/td><\/tr>
HPCvLAB@UALGARVE<\/td>UALGARVE<\/td>South and islands \u2013 Faro<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n
VIRTUAL AI LABORATORY<\/th>AFFILIATION<\/th>PROJECT TITLE<\/th><\/tr><\/thead>
2025.00001.AIVLAB.DEUCALION<\/td>U\u00c9VORA
<\/td>		BigData Access@U\u00c9<\/td><\/tr>
2025.00002.AIVLAB.DEUCALION<\/td>SPORT
<\/td>		Read & Write Machine Learning for outlier detection<\/td><\/tr>
2025.00003.AIVLAB.DEUCALION<\/td>U\u00c9VORA<\/td>Automatic detection of seismic events<\/td><\/tr>
2025.00004.AIvLAB.DEUCALION<\/td>OPEN
<\/td>		Retinitis Pigmentosa: Data augmentation using generative methods to improve detection<\/td><\/tr>
2025.00005.AIvLAB.DEUCALION<\/td>UALGARVE
<\/td>		SWIFT-X (Smart Wireless Fracture Identification with X-ray Technology)<\/td><\/tr>
2025.00006.AIvLAB.DEUCALION<\/td>UTAD
<\/td>		Application of vision transformers in the early detection of excavation in the BRSET base<\/td><\/tr>
2025.00007.AIvLAB.DEUCALION<\/td>U\u00c9VORA<\/td>Handwritten text recognition<\/td><\/tr>
2025.00008.AIvLAB.DEUCALION<\/td>UTAD
<\/td>		Automatic detection of detached or falling ceramic coverings in images of buildings obtained by unmanned aerial vehicles<\/td><\/tr>
2025.00009.AIvLAB.DEUCALION<\/td>UTAD<\/td>Pathology Detection in Ocular Images<\/td><\/tr>
2025.00010.AIvLAB.DEUCALION<\/td>ULISBOA
<\/td>		Understanding Splicing<\/td><\/tr>
2025.00011.AIvLAB.DEUCALION<\/td>INESC TEC
<\/td>		Unfolding the Temporal Structure of Narratives<\/td><\/tr>
2025.00012.AIvLAB.DEUCALION<\/td>INESC TEC
<\/td>		Causal Relation Extraction from Text using Transformers<\/td><\/tr>
2025.00013.AIvLAB.DEUCALION<\/td>INESC TEC<\/td>PTinga: Boosting NLP Capabilities for European Portuguese<\/td><\/tr>
2025.00014.AIvLAB.DEUCALION<\/td>UTAD<\/td>Decision-making support in adult emergency triage, using artificial intelligence <\/td><\/tr>
2025.00015.AIvLAB.DEUCALION<\/td>INESC TEC<\/td>Deep Learning for Lung Nodule Segmentation in Chest CT<\/td><\/tr>
2025.00016.AIvLAB.DEUCALION<\/td>INESC TEC<\/td>Causal inductive biases for compositional object representations<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n
VIRTUAL QUANTUM LABORATORY
(quantum simulator)<\/th>		AFFILIATION<\/th>PROJECT TITLE<\/th><\/tr><\/thead>
2025.00001.QUANTUMvLAB.DEUCALION<\/td>PQI<\/td>Simulation of quantum phase estimation algorithms<\/td><\/tr>
2025.00002.QUANTUMvLAB.DEUCALION<\/td>SPORT<\/td>Automatic Detection of Equivalent Quantum Mutants<\/td><\/tr>
2025.00003.QUANTUMvLAB.DEUCALION<\/td>SPORT<\/td>Breast cancer prediction using quantum machine learning<\/td><\/tr><\/tbody><\/table>
Listings updated September 2025<\/figcaption><\/figure>\n<\/details>\n\n\n\n
<\/div>\n\n\n\n

Other FCT calls<\/strong><\/h2>\n\n\n\n
List of 41 accesses approved until October 2025 \u2013 Calls PEX23<\/a>, CERN24,<\/a> IACDC24<\/a><\/strong>, DT4ST24<\/a>, ICDT23<\/summary>\n
Reference<\/th>Title<\/th>platform<\/th>Affiliation<\/th><\/tr><\/thead>
2023.13612.PEX.F1<\/td>Unraveling T-Cell Dysfunction in Multiple Sclerosis: Can Plasma Hold the Key?<\/td>Deucalion<\/td>UM \u2013 University of Minho<\/td><\/tr>
2023.12824.PEX.F1<\/td>MycoSurveil \u2013 An innovative approach towards the genomics-based surveillance of fungal pathogens<\/td>Deucalion<\/td>INSARJ \u2013 Dr Ricardo Jorge National Health Institute<\/td><\/tr>
2023.15783.PEX.F1<\/td>Novel LUMInescent passive DOSimeters<\/td>Deucalion<\/td>LIP \u2013 Laboratory of Instrumentation and Experimental Particle Physics<\/td><\/tr>
2024.00249.CERN.F1<\/td>Topological defects as a probe of new physics: from CMB birefringence to gravitational waves<\/td>Deucalion<\/td>UC \u2013 University of Coimbra<\/td><\/tr>
2023.14934.PEX.F1<\/td>Robust machinE leArning for enhanced prediction<\/td>Deucalion<\/td>UNL \u2013 New University of Lisbon<\/td><\/tr>
2023.12765.PEX.F2<\/td>Hydrogen production via formic acid decomposition using MXenes<\/td>MARENOSTRUM 5<\/td>UA \u2013 University of Aveiro<\/td><\/tr>
2023.12474.PEX.F1<\/td>Development of Evolutionary AI-based Force Fields for Molecular Dynamics Simulations<\/td>Deucalion<\/td>UL \u2013 University of Lisbon<\/td><\/tr>
2023.15276.PEX.F1<\/td>Synergy between plasmas and separation membranes for sustainable CO2 conversion<\/td>Deucalion<\/td>IST-UL \u2013 Higher Technical Institute, University of Lisbon<\/td><\/tr>
2023.11234.PEX.F1<\/td>Evaluation methodology for Generative Artificial Intelligence Super-Resolution models for Fluid Dynamics<\/td>Deucalion<\/td>UP \u2013 University of Porto<\/td><\/tr>
2023.11541.PEX.F2<\/td>Rotational Spectroscopy of Polycyclic Aromatic Hydrocarbons using Thermally Insulated and Adaptable nozzLes<\/td>MARENOSTRUM 5<\/td>UC \u2013 University of Coimbra<\/td><\/tr>
2023.12961.PEX.F2<\/td>A new in silico approach to the nighttime oxidation chemistry of fluorinated volatile organic compounds<\/td>Deucalion<\/td>UC \u2013 University of Coimbra<\/td><\/tr>
2023.11755.PEX.F2<\/td>Charge-to-Orbital Transduction Engineering in Two-Dimensional Materials<\/td>MARENOSTRUM 5<\/td>INL \u2013 International Iberian Nanotechnology Laboratory<\/td><\/tr>
2023.13921.PEX.F2<\/td>Spectral optimal partitions: geometric and numerical analysis<\/td>Deucalion<\/td>IST-UL \u2013 Higher Technical Institute, University of Lisbon<\/td><\/tr>
2023.15022.PEX.F1<\/td>Cyanobacteria biofilms microbiome composition and chemical interactions<\/td>Deucalion<\/td>CIIMAR \u2013 Interdisciplinary Center for Marine and Environmental Research <\/td><\/tr>
2023.11222.PEX.F1<\/td>Quantum Tunneling Driving CH Bond Activation Reactions via Nitrenes<\/td>Deucalion<\/td>UC \u2013 University of Coimbra<\/td><\/tr>
2023.12005.PEX.F1<\/td>Unveiling sex-specific patterns in the neonatal brain barriers<\/td>Deucalion<\/td>UC \u2013 University of Coimbra<\/td><\/tr>
2023.15779.PEX.F2<\/td>Large-eddy simulation models for complex fluids<\/td>MARENOSTRUM 5<\/td>IST-UL \u2013 Higher Technical Institute, University of Lisbon<\/td><\/tr>
2024.05140.CERN.F1<\/td>Portuguese Participation in the Future Circular Collider (FCC)<\/td>Deucalion<\/td>LIP \u2013 Laboratory of Instrumentation and Experimental Particle Physics<\/td><\/tr>
2023.12169.PEX.F1<\/td>Average-case Complexity of Automata based Computation<\/td>Deucalion<\/td>UP \u2013 University of Porto<\/td><\/tr>
2023.13758.PEX.F2<\/td>Compartmentalized learning with coupled electrochemical adaptation<\/td>MARENOSTRUM 5<\/td>Biocant Park \u2013 Cantanhede Technological Park<\/td><\/tr>
2023.15455.PEX.F2<\/td>Unveiling intriguing diversity of African pigs and wild suids through epigenetics<\/td>Deucalion<\/td>U\u00c9 \u2013 University of \u00c9vora<\/td><\/tr>
2023.14522.PEX.F1<\/td>Site-selective late-stage deoxyfluorination of polyols<\/td>Deucalion<\/td>UL \u2013 University of Lisbon<\/td><\/tr>
2023.14860.PEX.F1<\/td>Bridging classical to quantum approaches, leveraging HPC and bio-inspired computational approaches, with applications in Physics, Channel Coding, and Bio-inspired AI<\/td>Deucalion<\/td>ISR \u2013 Institute of Systems and Robotics, Univ. Coimbra<\/td><\/tr>
2023.14746.PEX.F1<\/td>Assessing socio-economic and land use effects of green roofs on urban air quality through integrated modeling<\/td>Deucalion<\/td>UA \u2013 University of Aveiro<\/td><\/tr>
2023.15069.PEX.F1<\/td>Exploring novel ways to deal with HI IM systematics<\/td>Deucalion<\/td>CAUP \u2013 Astrophysics Center of the University of Porto<\/td><\/tr>
2023.14217.PEX.F1<\/td>Regulation of the somatotropic signaling by FOXM1 in aging<\/td>Deucalion<\/td>I3S \u2013 Institute for Research and Innovation in Health of the University of Porto<\/td><\/tr>
2023.16144.ICDT-LISBOA2030FEDER.F1<\/td>Li-cycle project<\/td>Deucalion<\/td>UNL \u2013 New University of Lisbon<\/td><\/tr>
2023.13961.PEX.F1<\/td>Integrated Communications and Sensing for Next-Generation Optical Satellite Networks<\/td>Deucalion<\/td>UA \u2013 University of Aveiro<\/td><\/tr>
2024.00227.CERN.F1<\/td>Collaboration in the ATLAS Experiment at CERN: Data Taking and Analysis<\/td>Deucalion<\/td>LIP \u2013 Laboratory of Instrumentation and Experimental Particle Physics<\/td><\/tr>
2024.07660.IACDC.F2<\/td>AI-augmented Secure Software Development<\/td>Deucalion<\/td>UC \u2013 University of Coimbra<\/td><\/tr>
2024.07383.IACDC.F2<\/td>Trustworthy AI-Agent for Navy Complex Tasks and Procedures<\/td>MARENOSTRUM 5<\/td>UNL \u2013 New University of Lisbon<\/td><\/tr>
2023.16007.ICDT-LISBOA2030FEDER.VRE<\/td>PreservArt \u2013 Multidimensional Approach to Preservation of Historical Audio Recordings: A Study of Chemical and Microbiological Degradation Mechanisms<\/td>VRE-Stratus at CNCA<\/td>FCSH-UNL \u2013 New University of Lisbon<\/td><\/tr>
2024.07266.IACDC.F2<\/td>FRAIL: Intelligent decision support system for FRAILty assessment in the elderly population<\/td>Deucalion<\/td>UNL \u2013 New University of Lisbon<\/td><\/tr>
2024.07255.IACDC.F2<\/td>Comprehensive AI-driven Risk Detection and Integration for Optimized Prediction of Cardiotoxicity in the Elderly<\/td>Deucalion<\/td>CoLab4Ageing<\/td><\/tr>
2025.00265.DT4ST.F2<\/td>Digital Twin for the Azores Free Technological Zone<\/td>Deucalion<\/td>IDMEC \u2013 Institute of Mechanical Engineering<\/td><\/tr>
2024.07698.IACDC.F2<\/td>Mobility Analytics and Knowledge Enhancement<\/td>Deucalion<\/td>CCG\/zgdv \u2013 Computer Graphics Center<\/td><\/tr>
2023.16480.ICDT.F2<\/td>\u2013<\/td>Deucalion<\/td>UA \u2013 University of Aveiro<\/td><\/tr>
2024.07297.IACDC .F1<\/td>Artificial Intelligence for Tile Heritage Safeguard<\/td>Deucalion<\/td>LNEC \u2013 National Laboratory of Civil Engineering, IP<\/td><\/tr>
2024.07710.IACDC.F1<\/td>AI4HeatHealth: Artificial Intelligence for Monitoring Heat Impacts on Health in Portugal<\/td>Deucalion<\/td>AIDFM \u2013 Association for Research and Development of the Faculty of Medicine of UL<\/td><\/tr>
2024.07648.IACDC.F2<\/td>Proactive Content and Context based Holistic Phishing and Malware Detection<\/td>Deucalion<\/td>ISEP-IPP \u2013 Porto Higher Institute of Engineering<\/td><\/tr><\/tbody><\/table>
List updated in October 2025<\/figcaption><\/figure>\n<\/details>\n\n\n\n
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6th edition of the Advanced Computing Projects Call<\/mark> <\/mark><\/strong> <\/h2>\n\n\n\n

Applications open from September 10, 2025<\/strong> September 15, 2026<\/strong><\/p>\n\n\n\n

FCT\/CPCA\/2025\/01<\/a><\/strong><\/p>\n\n\n\n

<\/div>\n\n\n\n

5th edition of the Advanced Computing Projects Call<\/mark> <\/mark><\/strong><\/h2>\n\n\n\n

FCT\/CPCA\/2024\/01<\/a><\/strong><\/p>\n\n\n\n

List of 204 pproject<\/strong>s approved<\/summary>\n
Project Reference<\/strong><\/th>Platform<\/strong><\/th>Title<\/strong><\/th><\/tr><\/thead>
2024.07885.CPCA.A2<\/td>Deucalion<\/td>English LISA Distributed Data Processing Center Pathfinder<\/td><\/tr>
2024.07872.CPCA.A2<\/td>Deucalion<\/td>Dynamics of black holes and scalar fields<\/td><\/tr>
2024.07901.CPCA.A2<\/td>Cirrus and Stratus<\/td>CaCau: Cancer Causality for Precision Oncology | Phase 2 Model testing<\/td><\/tr>
2024.07909.CPCA.A2<\/td>Cirrus and Stratus<\/td>MoreThanPerfect: oPEncoasts as a Relocatable Forecast Engine for Coastal Digital Twins \u2013 part2<\/td><\/tr>
2024.07911.CPCA.A2<\/td>Deucalion<\/td>Unraveling the role of NS2 cofactor in flavivirus NS2B-NS3 protease activity<\/td><\/tr>
2024.07913.CPCA.A2<\/td>Deucalion<\/td>Drug permeation across membranes simulated by enhanced-sampling molecular dynamics<\/td><\/tr>
2024.08993.CPCA.A2<\/td>Deucalion<\/td>Direct Numerical Simulation of Viscoelastic Complex Flows at high Reynolds<\/td><\/tr>
2024.09095.CPCA.A2<\/td>Cirrus<\/td>Computational Fluid Dynamics (CFD) application for marine and offshore structures<\/td><\/tr>
2024.09156.CPCA.A2<\/td>Deucalion<\/td>Fire design of light steel frame walls using machine learning models<\/td><\/tr>
2024.09264.CPCA.A2<\/td>Deucalion<\/td>ABCD2 \u2013 Advanced Building Conception and Design \u2013 2nd Edition<\/td><\/tr>
2024.09277.CPCA.A2<\/td>Deucalion<\/td>Structure and dynamics of cell membrane models subjected to external agents<\/td><\/tr>
2024.09307.CPCA.A2<\/td>Deucalion<\/td>A Quest for Physical Observables in Quasiperiodic Moir\u00e9 Systems<\/td><\/tr>
2024.09371.CPCA.A2<\/td>Deucalion<\/td>Superconductivity in quasiperiodic moir\u00e9 materials with linear scaling methods<\/td><\/tr>
2024.09374.CPCA.A2<\/td>Deucalion<\/td>Unraveling the structural path and band-gap engineering of n = 2 and n = 3 Dion-Jacobson Perovskites<\/td><\/tr>
2024.09383.CPCA.A2<\/td>Cirrus<\/td>Non-universal correction in the effective string theory of flux tubes<\/td><\/tr>
2024.09396.CPCA.A2<\/td>Deucalion<\/td>Correlated phases of quasiperiodic moir\u00e9 materials<\/td><\/tr>
2024.07903.CPCA.A2<\/td>Deucalion<\/td>Extreme Computing for Extreme States of Matter<\/td><\/tr>
2024.07895.CPCA.A3<\/td>MareNostrum 5<\/td>Realistic simulations of relativistic plasmas in astrophysical and laboratory environments<\/td><\/tr>
2024.07904.CPCA.A3<\/td>Deucalion<\/td>Probing structural dynamics of photo-switches using microwave spectroscopy and quantum chemistry<\/td><\/tr>
2024.08918.CPCA.A3<\/td>Deucalion<\/td>Mechanisms of protection of lactic acid bacteria by fructo-oligosaccharides: a molecular simulation study<\/td><\/tr>
2024.08982.CPCA.A3<\/td>Deucalion<\/td>Membrane Permeability of Small Cyclic Peptides for Treating Sickle Cell Anemia <\/td><\/tr>
2024.09232.CPCA.A3<\/td>MareNostrum 5<\/td>Exploring confinement, deconfinement and other QCD features using lattice simulations<\/td><\/tr>
2024.07849.CPCA.A0<\/td>Deucalion<\/td>Data Science and Artificial Intelligence in Advanced Computing<\/td><\/tr>
2024.08336.CPCA.A0<\/td>Deucalion<\/td>Single-cell multi-omics in the choroid plexus in health and disease<\/td><\/tr>
2024.08929.CPCA.A0<\/td>Stratus<\/td>Numerical modeling in Docker on the Cloud<\/td><\/tr>
2024.09359.CPCA.A0<\/td>Deucalion<\/td>High-Performance Computational Models for Optimizing Power Transformer Cooling Systems Using HPC and ANSYS Fluent<\/td><\/tr>
2024.09932.CPCA.A0<\/td>Deucalion<\/td>Foundational Models for the Portuguese Legal Domain<\/td><\/tr>
2024.09991.CPCA.A0<\/td>Cirrus<\/td>Network heterogeneity and population dynamics<\/td><\/tr>
2024.10023.CPCA.A0<\/td>Deucalion<\/td>Particle jet identification at ATLAS-LHC-CERN experiment using graph neural networks<\/td><\/tr>
2024.10043.CPCA.A0<\/td>Deucalion<\/td>Tracking Humans and Personal Objects with Machine Learning<\/td><\/tr>
2024.10140.CPCA.A0<\/td>Deucalion<\/td>Spatiotemporal analysis of global biodiversity trends of freshwater ecosystems: a lesson from a screening of 70 years and multiple biodiversity facets<\/td><\/tr>
2024.10157.CPCA.A0<\/td>Deucalion<\/td>Zero-shot learning Forest simulation using multi-spectral images and vegetation taxonomy<\/td><\/tr>
2024.10162.CPCA.A0<\/td>Deucalion<\/td>Computational Bayesian Psychometrics: Developing and Adapting Psychometric Instruments <\/td><\/tr>
2024.07846.CPCA.A1<\/td>Deucalion<\/td>MetaExtreme: Metagenomics-driven bioprospection of biomolecules from extreme environments<\/td><\/tr>
2024.07859.CPCA.A1<\/td>Deucalion<\/td>Structural Phase Transitions of Ca-based Perovskites under extreme conditions<\/td><\/tr>
2024.07874.CPCA.A1<\/td>Deucalion<\/td>Probabilistic Analysis of Detached Low-Crested Breakwaters Stability based on Physical and Numerical Modeling<\/td><\/tr>
2024.07877.CPCA.A1<\/td>Deucalion<\/td>Simulations of nutrient dynamics across large domains<\/td><\/tr>
2024.07879.CPCA.A1<\/td>Cirrus<\/td>Genome sequencing on Eurasian ancient and modern Human<\/td><\/tr>
2024.07912.CPCA.A1<\/td>Deucalion<\/td>The effect of DMSO on drug partition to and permeation across biological membranes: a preparatory study<\/td><\/tr>
2024.08496.CPCA.A1<\/td>Deucalion<\/td>Parallel Strategies for Multiobjective Stochastic Simulation Using High-Performance Computing<\/td><\/tr>
2024.08665.CPCA.A1<\/td>Deucalion<\/td>Continuously Monitored Systems<\/td><\/tr>
2024.09026.CPCA.A1<\/td>Cirrus<\/td>Automated Flat Circuit-Level Topology Generation<\/td><\/tr>
2024.09342.CPCA.A1<\/td>Cirrus<\/td>The Cosmic Gamma-ray Horizon II <\/td><\/tr>
2024.09639.CPCA.A1<\/td>Deucalion<\/td>CFD modeling of surcharging manholes with lids during urban flood events<\/td><\/tr>
2024.09642.CPCA.A1<\/td>Deucalion<\/td>A User-Friendly Platform for dMRI Tractography Integrating Parallel Computing Strategies<\/td><\/tr>
2024.09721.CPCA.A1<\/td>Deucalion<\/td>Mechanical behavior of polymeric nanocomposites with carbon honeycombs using Molecular Dynamics Simulations.<\/td><\/tr>
2024.09848.CPCA.A1<\/td>Cirrus<\/td>Computational Exploration of V- and Nb-Containing Li-ion Conducting Glasses: From Ab Initio Molecular Dynamics Simulations to NMR Parameter Analysis<\/td><\/tr>
2024.10004.CPCA.A1<\/td>Deucalion<\/td>Monitoring vegetation losses over Portugal from Sentinel-2 imagery with change detection and deep learning<\/td><\/tr>
2024.10018.CPCA.A1<\/td>Cirrus<\/td>Evaluating the Viability of BEAST Software for Accurate Phylogenetic Dating<\/td><\/tr>
2024.10060.CPCA.A1<\/td>Deucalion<\/td>Lusitanian toadfish de novo genome assembly and annotation.<\/td><\/tr>
2024.10078.CPCA.A1<\/td>Deucalion<\/td>Neural Architecture Search and Hyperparameter Optimization of chemometric deep learning models for mango internal quality prediction.<\/td><\/tr>
2024.11050.CPCA.A0<\/td>Deucalion<\/td>Foundational Models for the Portuguese Industrial Domain<\/td><\/tr>
2024.11426.CPCA.A0<\/td>Deucalion<\/td>Exploring the Molecular Dynamics of tDCS-Induced Modulation of GABA-A Receptors<\/td><\/tr>
2024.11888.CPCA.A0<\/td>Deucalion<\/td>Computer failure prediction using convolutional neural networks<\/td><\/tr>
2024.12160.CPCA.A0<\/td>INCD Stratus<\/td>Benchmarking Deep Learning Approaches for Time Series Forecasting: Empirical Study and Meta-data Collection<\/td><\/tr>
2024.12664.CPCA.A0<\/td>Deucalion<\/td>Simulation of high energy gamma-rays as a background for neutrinoless double beta decay search in large scale liquid xenon detectors<\/td><\/tr>
2024.12742.CPCA.A0<\/td>Deucalion<\/td>Enhancing BAGPIPES spectral fitting code with nebular emission modeling on ARM architectures<\/td><\/tr>
2024.12852.CPCA.A0<\/td>Deucalion<\/td>Accelerated Generative Diffusion Model for High-Precision Thermospheric Density Estimation with Uncertainty Quantification for Medium-Range Forecasts<\/td><\/tr>
2024.10172.CPCA.A1<\/td>INCD Cirrus and Stratus<\/td>Bayesian Structural Equation Modeling: Incorporating prior knowledge via elicitation<\/td><\/tr>
2024.10183.CPCA.A1<\/td>Deucalion<\/td>MeteoHPC \u2013 Multiple-Source Meteorological Data Modeling and Synthetic Generation with High Performance Computing<\/td><\/tr>
2024.10822.CPCA.A1<\/td>Deucalion<\/td>Modeling and Design of Carbon Materials for Efficient Triazines Adsorption<\/td><\/tr>
2024.11724.CPCA.A1<\/td>Deucalion<\/td>Study of Hydrogen impurities in the orthorhombic structural phase of NdFeO3<\/td><\/tr>
2024.11877.CPCA.A1<\/td>Deucalion<\/td>Computational design of cyclodextrin adsorbents for antibiotic removal  <\/td><\/tr>
2024.11981.CPCA.A1<\/td>Deucalion<\/td>Development and Evaluation of ICU-BERT: A Transformer Model for Multi-Token Representation Learning from Irregular and Multivariate Critical Care Data<\/td><\/tr>
2024.12120.CPCA.A1<\/td>Deucalion<\/td>Exploring miRNA-target interactions for computer-aided drug design<\/td><\/tr>
2024.12665.CPCA.A1<\/td>Deucalion<\/td>Optimizing Wave Farm Layouts: Balancing Energy, Cost and Coastal Protection<\/td><\/tr>
2024.12668.CPCA.A1<\/td>Deucalion<\/td>Development of a computational pipeline to study and develop Aptamer-based small-molecule biosensors<\/td><\/tr>
2024.12682.CPCA.A1<\/td>Deucalion<\/td>Machine-learned closures for plasma simulations<\/td><\/tr>
2024.12691.CPCA.A1<\/td>Deucalion<\/td>Simulation-based inference for Higgs boson measurements at the LHC<\/td><\/tr>
2024.12862.CPCA.A1<\/td>INCD Cirrus and Stratus<\/td>Auto-Tunning Framework for Parallel Computing<\/td><\/tr>
2024.12865.CPCA.A1<\/td>Deucalion<\/td>DeepFakesFLY \u2013 DeepFake detection made faster<\/td><\/tr>
2025.00005.CPCA.A3<\/td>Deucalion<\/td>Multi-Property Materials Exploration at Massive Scale<\/td><\/tr>
2025.00009.CPCA.A3<\/td>MareNostrum 5 \u2013 GPP partition<\/td>ELPAIRS: Extreme Laser-Particle Acceleration Interactions and Radiation Sources<\/td><\/tr>
2025.00028.CPCA.A2<\/td>Deucalion<\/td>Molecular Dynamics Simulations for Ion-implanted Ga2O3<\/td><\/tr>
2025.00039.CPCA.A2<\/td>Deucalion<\/td>Single-nucleus RNA sequencing of the nucleus accumbens of animals exposed to valence stimuli<\/td><\/tr>
2025.00043.CPCA.A2<\/td>Deucalion<\/td>A Quest for Physical Observables in Quasiperiodic Moir\u00e9 Systems<\/td><\/tr>
2025.00045.CPCA.A2<\/td>Deucalion<\/td>Peptide Biodiversity: Advancing Human Health Through Nature's Pharmacological Treasures<\/td><\/tr>
2025.00058.CPCA.A3<\/td>MareNostrum 5<\/td>MAPs 2: Maser in Astrophysical Plasmas \u2013 Further Advancing Our Understanding of Coherent Processes in Extreme Plasma Environments<\/td><\/tr>
2025.00064.CPCA.A3<\/td>Deucalion<\/td>Detailed Studies on the Mechanical behavior of Polymeric nanocomposites with carbon honeycombs using Molecular Dynamics Simulations<\/td><\/tr>
2025.00065.CPCA.A2<\/td>Deucalion<\/td>Atomic cross-sections calculations for kilonova spectral modeling<\/td><\/tr>
2025.00084.CPCA.A2<\/td>Cirrus (HPC) and Stratus (Cloud) <\/td>Identification of new Mtb ClpC1-NTD binders using state of the art in silico screening<\/td><\/tr>
2025.00090.CPCA.A2<\/td>MareNostrum 5<\/td>Magnonics with layered altermagnets <\/td><\/tr>
2025.00161.CPCA.A3<\/td>Deucalion<\/td>Investigation of the turbulent energy cascade in viscoelastic fluids at high Reynolds numbers by means of direct numerical simulations<\/td><\/tr>
2025.00168.CPCA.A2<\/td>Deucalion<\/td>Unraveling the Mechanistic and Thermodynamic Potential of Bacterial Sulfide:Quinone Reductase in Sulfide Remediation and Sulfur Formation<\/td><\/tr>
2025.00239.CPCA.A2<\/td>Stratus (Cloud) <\/td>PTPARL-D: Annotated corpus of Portuguese Parliament Debates<\/td><\/tr>
2025.00250.CPCA.A2<\/td>Deucalion<\/td>Studying pH effect on Acid Sensing Ion Channels<\/td><\/tr>
2025.00256.CPCA.A3<\/td>Deucalion<\/td>Ab initio search for new magnetocaloric materials<\/td><\/tr>
2025.00283.CPCA.A2<\/td>Deucalion<\/td>Predicting Evaporation Behavior and Voltage Output in Water Evaporation Induced Generators<\/td><\/tr>
2025.00289.CPCA.A3<\/td>MareNostrum<\/td>Fireball Beams and Matter\u2013Antimatter Plasmas at CERN<\/td><\/tr>
2025.00293.CPCA.A2<\/td>Deucalion<\/td>Impact of dominance and hybridization on adaptation: combining new bioinformatics methods with omics data <\/td><\/tr>
2025.00295.CPCA.A3<\/td>MareNostrum 5<\/td>AGELESS: Targeting GPCR Dimers to Conquer Neurological Diseases<\/td><\/tr>
2025.00006.CPCA.A2<\/td>Cirrus (HPC) and Stratus (Cloud)<\/td>Genomic approaches to unravel adaptation to climate change in weasels and hares. <\/td><\/tr>
2025.00036.CPCA.A2<\/td>Deucalion<\/td>An in silico look into endonuclease BmrI-DNA complex dynamics<\/td><\/tr>
2025.00038.CPCA.A2<\/td>Deucalion<\/td>Disrupting AIP-Protein Interactions for Therapeutic Advances in Infectious and Inflammatory Diseases<\/td><\/tr>
2025.00046.CPCA.A3<\/td>Deucalion<\/td>Venomous Relief: Harnessing Snake and Spider Toxins to Inhibit the ASIC1a ion channel for Pain Suppression and Cardioprotection<\/td><\/tr>
2025.00056.CPCA.A3<\/td>Deucalion<\/td>Establishing the mechanism for plastic degrading newly-discovered enzymes<\/td><\/tr>
2025.00067.CPCA.A3<\/td>Deucalion <\/td>MeRA: Probing Microscopic Equation of State in Binary Neutron Stars Mergers and Long-Ringdown Analysis<\/td><\/tr>
2025.00082.CPCA.A3<\/td>Marenostrum 5<\/td>Ca-based 2D Perovskites: Structural Phase Transitions under extreme conditions<\/td><\/tr>
2025.00188.CPCA.A3<\/td>Deucalion<\/td>Direct Numerical Simulation, Analysis, and Modeling of Supercritical Jets and Wakes
<\/td><\/tr>
2025.00196.CPCA.A3<\/td>Deucalion<\/td>Numerical Investigation of Collisional Relativistic Plasma Instabilities<\/td><\/tr>
2025.00199.CPCA.A3<\/td>Marenostrum 5<\/td>Investigation of Turbulent\/Non-turbulent Interfaces in Magnetohydrodynamics<\/td><\/tr>
2025.00204.CPCA.A3<\/td>Marenostrum 5<\/td>Energy partition and particle acceleration in collisionless shocks<\/td><\/tr>
2025.00272.CPCA.A3<\/td>Marenostrum 5<\/td>Tower-v3: Building Long-Context General-Purpose Multilingual Language Models through Efficient Adaptation<\/td><\/tr>
2025.00279.CPCA.A2<\/td>Cirrus (HPC) and Stratus (Cloud)<\/td>HPC4ML-PDEs \u2013 High-Performance Computing for Machine Learning-Based Scalable High-Dimensional PDE Solvers<\/td><\/tr>
2025.00290.CPCA.A3<\/td>Marenostrum 5 <\/td>MELT: Multilingual Efficient Learning for Speech-Text Models<\/td><\/tr>
2025.00292.CPCA.A3<\/td>Deucalion<\/td>Advanced Cooling Strategies for Automotive Injection Molding<\/td><\/tr>
2024.13145.CPCA.A0<\/td>Deucalion<\/td>ML Estimation of Abundances for Cool Stars Using Large-Scale Stellar Data<\/td><\/tr>
2024.13866.CPCA.A0<\/td>Cirrus & Stratus<\/td>High-Performance Computing for COMPUTationally designed thERmoelectrics used in waste HEAT harvesting (HPC4COMPUTERHEAT)<\/td><\/tr>
2024.14024.CPCA.A0<\/td>Deucalion <\/td>Neuronal ensembles of reward and aversion in the Nucleus Accumbens<\/td><\/tr>
2024.14721.CPCA.A0<\/td>Deucalion <\/td>Integrating Large Language Models (LLMs) to Automate Processes within the scope of Systematic Reviews in Health<\/td><\/tr>
2024.15137.CPCA.A0<\/td>Deucalion <\/td>Global diversity and catch variation of small pelagic fish at the end of the 21st century <\/td><\/tr>
2024.16023.CPCA.A0<\/td>Deucalion <\/td>Towards whole-heart cardiac function quantification from 2D echocardiographic sequences<\/td><\/tr>
2024.17878.CPCA.A0<\/td>Stratus (Cloud)<\/td>DisTcoverAI \u2013 Discovery of new Distributed Algorithms with Artificial Intelligence<\/td><\/tr>
2024.18365.CPCA.A0<\/td>Cirrus (HPC)<\/td>HOPES \u2013 Higher resolution Ocean forecasts through Portugal's Enhanced numerical modeling Systems<\/td><\/tr>
2024.18368.CPCA.A0<\/td>Deucalion<\/td>ECO-INSIGHT: ECOlogical Monitoring, INtelligent Surveillance, Infrastructure Geospatial Analysis, with Harmonized Technologies for AI Models and Open Data in Civil Engineering<\/td><\/tr>
2024.18370.CPCA.A0<\/td>Cirrus (HPC) and Stratus (Cloud)<\/td>Sustainability Disclosure: Experimental Insights of Advanced Computing<\/td><\/tr>
2024.18373.CPCA.A0<\/td>Stratus (Cloud)<\/td>Thermions-Cloud: Deployment and Analysis of the Thermions Parallel Scientific Application in the Cloud<\/td><\/tr>
2024.18375.CPCA.A0<\/td>Deucalion<\/td>Next Generation Sequencing in Thymus caespititius: genomics and transcriptomics contributions to understanding chemical diversity in terpene specialized metabolism.<\/td><\/tr>
2024.18378.CPCA.A0<\/td>Deucalion<\/td>Towards Reliable IT Infrastructure: Automated Analysis and Repair of Infrastructure as Code<\/td><\/tr>
2024.18400.CPCA.A0<\/td>Deucalion<\/td>Numerical modeling of wave overtopping for enhanced coastal flood prediction<\/td><\/tr>
2024.18426.CPCA.A0<\/td>Deucalion<\/td>Unraveling future meteorological fire risk on a global scale: data processing, statistical modeling and analysis of record-breaking extremes<\/td><\/tr>
2024.12970.CPCA.A1<\/td>Deucalion <\/td>RefinedEOS: Advancing Neutron Star Interior Modeling Through Enhanced Computational Techniques <\/td><\/tr>
2024.13207.CPCA.A1<\/td>Cirrus (HPC) and Stratus (Cloud)<\/td>Predictive Maintenance through Diffusion Models: Addressing Data Imbalance and Scarcity in Wind Turbine Fault Prediction<\/td><\/tr>
2024.13393.CPCA.A1<\/td>Cirrus (HPC)<\/td>Combined Learning strategies for Multi-Agent Multi-Task Vehicle Routing Problems<\/td><\/tr>
2024.13882.CPCA.A1<\/td>Deucalion<\/td>Intercomparison of climate models at different resolutions with Machine Learning approaches for the description of local climate of the Azores and Madeira Archipelagos<\/td><\/tr>
2024.15156.CPCA.A1<\/td>Deucalion<\/td>Single-cell multi-omics in the choroid plexus in multiple sclerosis and Alzheimer's disease mouse models<\/td><\/tr>
2024.15853.CPCA.A1<\/td>Deucalion<\/td>Influence of Frangible Elements on Explosion Consequences in Buildings with Complex Geometries<\/td><\/tr>
2024.16871.CPCA.A1<\/td>Deucalion <\/td>Accelerated Discovery of Semiconductor Surfaces and Structures<\/td><\/tr>
2024.17755.CPCA.A1<\/td>Deucalion<\/td>Impact of Land-Use Changes on Past and Future Regional Climate over the Iberian Peninsula<\/td><\/tr>
2024.18352.CPCA.A1<\/td>Deucalion<\/td>Exoplanet classification with AI<\/td><\/tr>
2024.18360.CPCA.A1<\/td>Deucalion<\/td>Graph Neural Networks for Affinity Ligand Screening<\/td><\/tr>
2024.18419.CPCA.A1<\/td>Deucalion <\/td>Optimization of Lennard-Jones Radii for Electrostatic Calculations in Constant pH Molecular Dynamics<\/td><\/tr>
2024.18424.CPCA.A1<\/td>Cirrus (HPC)<\/td>HPC4SE-NLEs \u2013 High-Performance Computing for Swarm and Evolutionary-Based Scalable Nonlinear Equation Solvers<\/td><\/tr>
2024.18427.CPCA.A1<\/td>Cirrus (HPC) and Stratus (Cloud)<\/td>FST Lisbon \u2013 Improving Vehicle Aerodynamics<\/td><\/tr>
2025.03899.CPCA.A0<\/td>Cirrus and Stratus<\/td>Neutronics simulations for diagnostics in the next-generation nuclear fusion reactor DEMO<\/td><\/tr>
2025.05015.CPCA.A0<\/td>Cirrus and Stratus<\/td>The role of block chain technology in securing electronic health records: opportunities and challenges<\/td><\/tr>
2025.07490.CPCA.A0<\/td>Deucalion<\/td>Ab Initio Molecular Dynamics Simulations of Tellurite and Chalcogenide Glasses for Structural Analysis<\/td><\/tr>
2025.07649.CPCA.A0<\/td>Cirrus and Stratus<\/td>Cost-effectiveness analysis of Seismic Retrofitting Measures for Pre-Code Masonry Buildings in Lisbon<\/td><\/tr>
2025.07717.CPCA.A0<\/td>Deucalion<\/td>Symbolic Regression LTB Cosmologies Emulator<\/td><\/tr>
2025.07881.CPCA.A0<\/td>Cirrus and Stratus<\/td>PFAS (Per- and Polyfluoroalkyl) Pollutants \u2013 Molecular Simulations for Environmental Remediation<\/td><\/tr>
2025.07483.CPCA.A0<\/td>Cirrus and Stratus<\/td>Digital Wallets in the Metaverse: A Blockchain-Based Approach to Enhance Payment Systems<\/td><\/tr>
2025.04740.CPCA.A0<\/td>Deucalion<\/td>Comparative study between human and non-human primate's repetitive sequences using genome sequencing data <\/td><\/tr>
2025.07909.CPCA.A0<\/td>Cirrus and Stratus<\/td>Reinforcement Learning for turn based war games: an algorithm comparison<\/td><\/tr>
2025.07894.CPCA.A0<\/td>Deucalion<\/td>ONDA-PT: RAG-Powered Oncology Decision Support \u2013 Experimental 6-Month Pilot for NSCLC Guideline Integration <\/td><\/tr>
2025.07959.CPCA.A0<\/td>Deucalion <\/td>Empirical Tests in searching problems with HPC<\/td><\/tr>
2025.08207.CPCA.A0<\/td>Deucalion<\/td>SAVE: Securing Artificial Language Models Against Vulnerability Encoding<\/td><\/tr>
2025.08181.CPCA.A0<\/td>Deucalion<\/td>Kinetic Instabilities in Two-Dimensional Dirac Materials<\/td><\/tr>
2025.08222.CPCA.A0<\/td>Deucalion<\/td>COR-VCF \u2013 Population genomics of the Mediterranean red coral (Corallium rubrum): Generating VCF files to explore genetic structure and diversity.<\/td><\/tr>
2025.08229.CPCA.A0<\/td>Deucalion<\/td>Preliminary exploration of Deep-learning self-supervised pretraining strategies for Prostate MRI cancer characterization<\/td><\/tr>
2025.08210.CPCA.A0<\/td>Cirrus and Stratus<\/td>Harnessing High-Performance Computing in Diffusion and Vision-Language Models for Enhanced Multimodal Understanding in Medical Applications<\/td><\/tr>
2025.08215.CPCA.A0<\/td>Cirrus and Stratus<\/td>Development of seismic vulnerability curves for risk assessment of Portuguese building stock and critical civil engineering infrastructures at the national and regional scales<\/td><\/tr>
2025.08240.CPCA.A0<\/td>Deucalion<\/td>Experimental Platform for Modeling and Simulation of Data Stream-Based<\/td><\/tr>
2025.07605.CPCA.A0<\/td>Deucalion<\/td>Diffusion Models for Counterfactual Generation in Breast Images<\/td><\/tr>
2025.02398.CPCA.A1<\/td>Deucalion<\/td>Integrating AI-Driven Peptide Design and Molecular Dynamics to Inhibit \u03b1-Synuclein Aggregation<\/td><\/tr>
2025.05653.CPCA.A1<\/td>Cirrus and Stratus<\/td>Mental Health Aiding System with Dynamic Multimodal Fusion Learning<\/td><\/tr>
2025.07456.CPCA.A1<\/td>Deucalion<\/td>Improving Training of Conditional Generative Adversarial Networks through Adaptive Class Sampling<\/td><\/tr>
2025.07474.CPCA.A1<\/td>Deucalion<\/td>Kinetic Instabilities in Two-Dimensional Dirac Materials<\/td><\/tr>
2025.07522.CPCA.A1<\/td>Deucalion<\/td>Panoramic Video Generation and Object Tracking for Smart Ships via Deep Learning and HPC<\/td><\/tr>
2025.07643.CPCA.A1<\/td>Deucalion<\/td>Scalable Diffusion Models for Volumetric High-Resolution Medical Imaging Reconstruction<\/td><\/tr>
2025.07650.CPCA.A1<\/td>Cirrus and Stratus<\/td>Development of AI for Football Robots<\/td><\/tr>
2025.07806.CPCA.A1<\/td>Cirrus and Stratus<\/td>Estimation of Hourly Flows based on the ECMWF ERA5 dataset<\/td><\/tr>
2025.07929.CPCA.A1<\/td>Cirrus and Stratus<\/td>Development of AI Tools for the CHARMIE Robot to Carry Out Domestic Tasks<\/td><\/tr>
2025.08039.CPCA.A1<\/td>Deucalion<\/td>AIegis: Mechanistic Interpretability for Trustworthy Code Large Language Models<\/td><\/tr>
2025.08042.CPCA.A1<\/td>Deucalion<\/td>Graph Neural Network-Based Particle Jet Identification at the ATLAS Experiment, CERN<\/td><\/tr>
2025.08053.CPCA.A1<\/td>Deucalion<\/td>Bug-Driven Perplexity: A New Signal for Detecting Software Bugs<\/td><\/tr>
2025.08074.CPCA.A1<\/td>Deucalion <\/td>Automatic Detection of Equivalent Quantum Mutants<\/td><\/tr>
2025.08090.CPCA.A1<\/td>Cirrus and Stratus<\/td>CoastNet: computational resource for protecting Marine Ecosystems<\/td><\/tr>
2025.08211.CPCA.A1<\/td>Cirrus and Stratus<\/td>High-Performance Computational Methods for Large-Scale Pathology Analysis<\/td><\/tr>
2025.08239.CPCA.A1<\/td>Deucalion <\/td>Towards Unconditional Training of Conditional GANs with Limited Data<\/td><\/tr>
2025.08242.CPCA.A1<\/td>Deucalion <\/td>HIFICOOL \u2014 High-Fidelity CFD and Techno-Economic Framework for Oil-Based Forced-Air Cooling Systems<\/td><\/tr>
2025.08258.CPCA.A1<\/td>Deucalion <\/td>Zwitterionic compounds derived from structural motifs of ionic liquids: nanostructure organization and macroscopic properties<\/td><\/tr>
2025.07552.CPCA.A2<\/td>Deucalion<\/td>Molecular Modeling Optimization of miniproteins for Cancer Theranostics Applications<\/td><\/tr>
2025.07638.CPCA.A3<\/td>Deucalion<\/td>Reinforcement Learning with Formal Guarantees by Design for Variable Impedance Control of Mobile Manipulators in Unknown Environments<\/td><\/tr>
2025.07857.CPCA.A3<\/td>Deucalion<\/td>In Silico Discovery of Small Molecules and PROTACs to Modulate TrkB Signaling in Alzheimer's and Epilepsy<\/td><\/tr>
2025.08049.CPCA.A3<\/td>MareNostrum 5<\/td>Numerical studies of recirculation in wall-bound viscoelastic turbulence in non-trivial geometries.<\/td><\/tr>
2025.07744.CPCA.A2<\/td>Deucalion<\/td>Investigating core gene redundancy and antibiotic resistance in multipartite bacterial genomes using microbial genomics, mathematical modeling and deep learning<\/td><\/tr>
2025.08095.CPCA.A3<\/td>MareNostrum 5<\/td>Modeling Extreme Plasma Accelerators and Light Sources<\/td><\/tr>
2025.08178.CPCA.A2<\/td>Deucalion<\/td>Bayesian Structural Equation Modeling: Computational Advances and Practical Applications<\/td><\/tr>
2025.08198.CPCA.A2<\/td>Deucalion<\/td>Computational Exploration of Niobium-Containing Glasses: From Ab Initio Molecular Dynamics Simulations to NMR Parameter Analysis<\/td><\/tr>
2025.08150.CPCA.A3<\/td>Deucalion<\/td>Extreme Computing for Extreme States of Matter<\/td><\/tr>
2025.08202.CPCA.A2<\/td>Deucalion<\/td>Development of de novo Peptides to Inhibit Aggregation of Proteins Implicated in Neurodegenerative Diseases<\/td><\/tr>
2025.08171.CPCA.A3<\/td>Deucalion<\/td>PHAROS \u2013 Innovation for ocean restoration<\/td><\/tr>
2025.08203.CPCA.A3<\/td>MareNostrum 5<\/td>ARIDMAC \u2013 Atmospheric Remote Sensing and Intelligent Modeling of Saharan and Sahelian Dust and Pollen Transport to the Macaronesian Islands<\/td><\/tr>
2025.08177.CPCA.A2<\/td>Deucalion<\/td>Chasing the non-perturbative regime of QCD using lattice simulations<\/td><\/tr>
2025.08718.CPCA.A0<\/td>Deucalion<\/td>Superlattice-Driven Strengthening Mechanisms in Eco-Friendly Self-Lubricating TiN\/Ag Films<\/td><\/tr>
2025.08843.CPCA.A0<\/td>Deucalion<\/td>Scalable Multi-Agent Reinforcement Learning for Distributed Control of Real-World Cyber-Physical Systems Using GPU-Accelerated HPC Resources<\/td><\/tr>
2025.08977.CPCA.A0<\/td>Deucalion<\/td>Exploring Position Trainable Transformers for Computer Vision <\/td><\/tr>
2025.08983.CPCA.A0<\/td>Deucalion<\/td>Optimized Molecular Design using Metalearning and Evolutionary Algorithms <\/td><\/tr>
2025.09042.CPCA.A0<\/td>Deucalion<\/td>Towards a Digital Twin Framework for Hydraulic Infrastructure <\/td><\/tr>
2025.09091.CPCA.A0<\/td>Deucalion<\/td>Resilience under Climate Change Development and implementation of a stand-level LiDAR-satellite-based forest
inventory for Portugal <\/td><\/tr>
2025.09123.CPCA.A0<\/td>Deucalion<\/td>CFD study of a wind tunnel for anemometer calibration  <\/td><\/tr>
2025.09154.CPCA.A0<\/td>Deucalion<\/td>Numerical Study on the Impact of Fa\u00e7ade Solutions on the Energy Performance of <\/td><\/tr>
2025.09200.CPCA.A0<\/td>CNCA_Cirrus and Stratus<\/td>Buildings Numerical study of alternatives for cooling a liquid  <\/td><\/tr>
2025.09211.CPCA.A0<\/td>CNCA_Cirrus and Stratus<\/td>Development of a CFD numerical model for the simulation of a Stirling engine<\/td><\/tr>
2025.08956.CPCA.A1<\/td>Deucalion<\/td>EMRIs at the Galactic Center<\/td><\/tr>
2025.08960.CPCA.A1<\/td>CNCA_Cirrus and Stratus<\/td>TraceCaps: Inline Provenance and Risk Enforcement for Agentic Software Development<\/td><\/tr>
2025.08975.CPCA.A1<\/td>CNCA_Cirrus and Stratus<\/td>Modeling the Distribution of n-grams in Large Natural Language Corpora<\/td><\/tr>
2025.09017.CPCA.A1<\/td>CNCA_Cirrus and Stratus<\/td>Isaac: an oracle for the age of intelligent distributed systems design<\/td><\/tr>
2025.09043.CPCA.A1<\/td>Deucalion<\/td>OASIS: Olive AI Scheduling for Irrigation Sustainability<\/td><\/tr>
2025.09049.CPCA.A1<\/td>Deucalion<\/td>Determining the Magnetic Ground State of a Frustrated Quasi-1D Truxene Ribbon<\/td><\/tr>
2025.09055.CPCA.A1<\/td>Deucalion<\/td>Noise aware quantum algorithms and classical simulations in the NISQ era<\/td><\/tr>
2025.09062.CPCA.A1<\/td>Deucalion<\/td>Learning to Act at Scale: Algorithm Synthesis using Deep Neural Networks<\/td><\/tr>
2025.09086.CPCA.A1<\/td>Deucalion<\/td>Dual-Stream Neural Network for Relational Numerosity<\/td><\/tr>
2025.09087.CPCA.A1<\/td>Deucalion<\/td>In silico modeling of living cell-based gels<\/td><\/tr>
2025.09090.CPCA.A1<\/td>CNCA_Cirrus and Stratus<\/td>Patient-Wise Robust Seizure Detection from Scalp EEG Using Dual-View Imaging and Attention-Augmented CNNs<\/td><\/tr>
2025.09132.CPCA.A1<\/td>Deucalion<\/td>Human ergonomics perception models based on Artificial Intelligence<\/td><\/tr>
2025.09140.CPCA.A1<\/td>Deucalion<\/td>Classification of Compact Binary Mergers with Machine Learning<\/td><\/tr>
2025.09148.CPCA.A1<\/td>Deucalion<\/td>Benchmarking Machine Learning Models for Immune Receptor-Based Vaccine Efficacy Prediction<\/td><\/tr>
2025.09261.CPCA.A1<\/td>Deucalion<\/td>Complex explicit fake quadrics lifting<\/td><\/tr>
2025.09302.CPCA.A1<\/td>Deucalion<\/td>NeoCAP-CO\u2082 \u2013 NEW protein design for CO\u2082 CAPture<\/td><\/tr>
2025.09350.CPCA.A1<\/td>CNCA_Cirrus and Stratus<\/td>Advance Computing for the Early Detection and Management of Financial Distress in Portuguese Municipalities <\/td><\/tr><\/tbody><\/table>
Table 8. List of Projects Approved in the 5th edition of CPCA (2024\/25)<\/figcaption><\/figure>\n<\/details>\n\n\n\n
<\/div>\n\n\n\n

4th edition of the Advanced Computing Projects Call<\/mark> <\/mark><\/strong><\/h2>\n\n\n\n

FCT\/CPCA\/2023\/01<\/a><\/strong><\/p>\n\n\n\n

List of 163 pproject<\/strong>s approved, including the first projects on Deucalion and MareNostrum 5<\/summary>\n
Project Reference<\/strong><\/th>Platform<\/strong><\/th>Title<\/strong><\/th><\/tr><\/thead>
2023.10385.CPCA.A0 <\/td>LCAUC_Navigator <\/td>HPC-Powered Simulations for Flame and Combustion Control with Dielectric Barrier Discharge Plasma Actuators<\/td><\/tr>
2023.10386.CPCA.A0 <\/td>HPCU\u00c9_Oblivion <\/td>Towards a Transfer-based Explainable Artificial Intelligence in ECG-based Diagnosis for Cardiac Disorders by Using Knowledge-Based Modules<\/td><\/tr>
2023.10427.CPCA.A0 <\/td>INCD_Cirrus and Stratus <\/td>Simulation of neutral and stratified atmospheric flows for wind energy applications using OpenFOAM coupled with mesoscale model simulations<\/td><\/tr>
2023.10485.CPCA.A0 <\/td>INCD_Cirrus and Stratus <\/td>WindSyn \u2013 Large scale wind data modelling, forecasting and synthetic generation<\/td><\/tr>
2023.10664.CPCA.A0 <\/td>INCD_Cirrus and Stratus <\/td>Deep generative models for data augmentation in fault detection<\/td><\/tr>
2023.10733.CPCA.A0 <\/td>INCD_Cirrus and Stratus <\/td>Unsteady Ventilation CFD simulation on test room<\/td><\/tr>
2023.10755.CPCA.A0 <\/td>HPCU\u00c9_Oblivion and Vision <\/td>Multi-modal Point Cloud and RGB-D Image Fusion for 3D Occupancy Estimation using Transformers<\/td><\/tr>
2023.10765.CPCA.A0 <\/td>LCAUC_Navigator <\/td>Machine learning -based usage of WiFi spectrum for connected mobility support<\/td><\/tr>
2023.10766.CPCA.A0 <\/td>HPCU\u00c9_Oblivion and Vision <\/td>Enhancing Biomedical Question Answering for BioASQ 12th edition<\/td><\/tr>
2023.10769.CPCA.A0 <\/td>INCD_Cirrus and Stratus <\/td>NNx3D: Neural Networks and ion beam analysis techniques for 3D imaging<\/td><\/tr>
2023.10776.CPCA.A0 <\/td>HPCU\u00c9_Oblivion <\/td>The Julia Parallel Data Analytics Software to Process Massive Volumes of Simulations Data <\/td><\/tr>
2023.10672.CPCA.A0 <\/td>INCD_Cirrus and Stratus <\/td>CFD computation of the heat transfer and pressure loss coefficients for CORE type power transformer windings.<\/td><\/tr>
2023.10667.CPCA.A0<\/td>INCD_Cirrus and Stratus<\/td>New systems simulations for thermal energy storage<\/td><\/tr>
2023.10382.CPCA.A1 <\/td>INCD | Cirrus<\/td>Variation of fundamental constants \u2013 Constraining models beyond the Standard Model of Cosmology<\/td><\/tr>
2023.10436.CPCA.A1 <\/td>INCD | Cirrus<\/td>SpikeLig: Affinity ligands towards the SARS-CoV-2 spike protein<\/td><\/tr>
2023.10445.CPCA.A1 <\/td>INCD | Cirrus<\/td>Genome sequencing on Eurasian ancient and modern Human<\/td><\/tr>
2023.10478.CPCA.A1 <\/td>INCD | Cirrus<\/td>Thermodynamics of Clathrate Hydrates containing CO2<\/td><\/tr>
2023.10484.CPCA.A1 <\/td>LCAUC_Navigator<\/td>Analysis of Biomolecules in Biochemistry<\/td><\/tr>
2023.10573.CPCA.A1 <\/td>HPC-EU | Vision<\/td>Tricriticality in 4D U(1) Lattice Gauge Theory<\/td><\/tr>
2023.10635.CPCA.A1 <\/td>INCD | Cirrus<\/td>Search for New Physics at the LHC<\/td><\/tr>
2023.10650.CPCA.A1 <\/td>HPC-UE | Oblivion<\/td>Understanding the oligomeric assembly of Lys49 sPLA2-like phospholipases in search of their mechanism of action<\/td><\/tr>
2023.10661.CPCA.A1 <\/td>LCA-UC | Navigator<\/td>Computational design of chitosan-based adsorbents for antibiotic removal<\/td><\/tr>
2023.10678.CPCA.A1 <\/td>HPC-EU | Vision<\/td>Large-scale Genomic Investigation of Molecular Selection Signatures for Tuberculosis Drug Discovery<\/td><\/tr>
2023.10683.CPCA.A1 <\/td>HPC-UE | Oblivion<\/td>Computational mapping of the chemical subspace of 3d-metal catalysts for oxidative transformations<\/td><\/tr>
2023.10736.CPCA.A1 <\/td>HPC-UE | Oblivion<\/td>Study of Dion Jacobson layered structures for efficient energy materials<\/td><\/tr>
2023.10743.CPCA.A1 <\/td>INCD | Cirrus<\/td>Direct Optimization of Energetic Particles in Fusion Energy Devices<\/td><\/tr>
2023.10756.CPCA.A1 <\/td>HPC-UE | Oblivion<\/td>Large scale calculations of atomic parameters for astrophysical spectral fitting using AUTOSTRUCTURE<\/td><\/tr>
2023.10771.CPCA.A1 <\/td>HPC-EU | Vision<\/td>Towards a Deep Learning HRTF solution<\/td><\/tr>
2023.10774.CPCA.A1 <\/td>LCA-UC | Navigator<\/td>Advanced machine learning models for cellular steel beams to predict the capacity and corresponding failure modes<\/td><\/tr>
2023.10781.CPCA.A1 <\/td>INCD | Cirrus<\/td>Uncovering the Transport Mechanism of the Carboxylic Acid Transporters from Aspergillus niger<\/td><\/tr>
2023.10782.CPCA.A1<\/td>INCD | Cirrus<\/td>The genomic ancestry of prehistoric human populations in Northern Portugal<\/td><\/tr>
2023.11083.CPCA.A0<\/td>INCD | Cirrus<\/td>Computational Exploration of Large RNA Molecules through Molecular Dynamics Simulations<\/td><\/tr>
2023.11473.CPCA.A0<\/td>LCA-UC | Navigator<\/td>Exploring the community structure and dynamics within large biochemical networks<\/td><\/tr>
2023.11983.CPCA.A0<\/td>HPC-EU | Vision<\/td>Zero-shot learning Forest simulation using multi-spectral images and vegetation taxonomy<\/td><\/tr>
2023.12737.CPCA.A0<\/td>HPC-EU | Vision<\/td>Analysis of genomic datasets related to aging and the cell cycle<\/td><\/tr>
2023.13303.CPCA.A0<\/td>INCD | Cirrus<\/td>\u201cReinforcement Learning for Vehicle Routing Problems with Time Windows<\/td><\/tr>
2023.13332.CPCA.A0<\/td>INCD | Stratus<\/td>iSTARS research platform for health data science<\/td><\/tr>
2023.13702.CPCA.A0<\/td>HPC-EU | Vision<\/td>Extracting Catalysis Data using Large Language Models<\/td><\/tr>
2023.14012.CPCA.A0<\/td>LCA-UC | Navigator<\/td>Global diversity and catch variation of small pelagic fish at the end of the 21st century <\/td><\/tr>
2023.14067.CPCA.A0<\/td>LCA-UC | Navigator<\/td>Components for Advanced Driven Assistive Systems (ADAS) \u2013 Collision detection<\/td><\/tr>
2023.14302.CPCA.A0<\/td>HPC-UE |Oblivion<\/td>Implementation of a Constant-pH Molecular Dynamics Simulation Protocol for proteins and its application to the study of the binding of the SARS-CoV-2 S-protein to the ACE2 human protein receptor<\/td><\/tr>
2023.12964.CPCA.A0<\/td>LCA-UC | Navigator<\/td>Is string theory falsifiable?<\/td><\/tr>
2023.14197.CPCA.A0<\/td>
LCA-UC | Navigator<\/td>		Numerical Modeling of Ribbing and Mixing in Roll Coating<\/td><\/tr>
2023.10837.CPCA.A1<\/td>LCA-UC | Navigator<\/td>Comparative Phylogenetic Analyzes of Klebsiella pneumoniae for Genomic Characterization<\/td><\/tr>
2023.10864.CPCA.A1<\/td>HPC-UE |Oblivion<\/td>Continuously Monitored Systems<\/td><\/tr>
2023.11060.CPCA.A1<\/td>INCD | Stratus<\/td>Enhancing National Research Data Accessibility through Federated European Genome-phenome Archive<\/td><\/tr>
2023.11548.CPCA.A1<\/td>LCA-UC | Navigator<\/td>Molecular Dynamics Simulations of Ion Implantation into Gallium Oxide <\/td><\/tr>
2023.12001.CPCA.A1<\/td>INCD | Cirrus<\/td>Exploring Fundamental Molecular Processes in the Aggregation Inhibition of \u03b1-Synuclein: Study of Oligomers of the Full Protein and Truncated Variants<\/td><\/tr>
2023.13272.CPCA.A1<\/td>LCA-UC | Navigator<\/td>Mapping dark energy with the Euclid satellite<\/td><\/tr>
2023.13841.CPCA.A1<\/td>HPC-UE |Oblivion<\/td>Ab-initio Study of the Naturally Layered Ferroelectric Li2SrNb2O7<\/td><\/tr>
2023.13859.CPCA.A1<\/td>LCA-UC | Navigator<\/td>Linear scaling methods for the study of superconductivity in quasiperiodic moir\u00e9 systems<\/td><\/tr>
2023.13974.CPCA.A1<\/td>INCD | Cirrus<\/td>Computational Exploration of Niobium-Containing Glasses: From Ab Initio Molecular Dynamics Simulations to NMR Parameter Analysis<\/td><\/tr>
2023.14066.CPCA.A1<\/td>HPC-UE |Oblivion<\/td>Ab-initio insights into Ruddlesden-Popper Ferroelectrics towards Energy Efficient Materials<\/td><\/tr>
2023.14249.CPCA.A1<\/td>HPC-UE | Oblivion and Vision<\/td>Computing Network Motif Fingerprints using Graph Neural Networks<\/td><\/tr>
2023.14274.CPCA.A1<\/td>HPC-UE |Oblivion<\/td>Benchmark and scalability tests of massively-parallel gyromotion applications for nuclear-fusion devices<\/td><\/tr>
2023.14317.CPCA.A1<\/td>HPC-UE | Oblivion and Vision<\/td>Implementing and Evaluating AI-Driven Evolution in Cyber-Physical Systems<\/td><\/tr>
2023.14329.CPCA.A1<\/td>INCD | Cirrus<\/td>Parallelization of cpw2000<\/td><\/tr>
2023.14342.CPCA.A1<\/td>INCD | Stratus<\/td>Advanced Genomic Data Processing in Portuguese FEGA Node<\/td><\/tr>
2023.14361.CPCA.A1<\/td>HPC-UE | Oblivion and Vision<\/td>Interplay between quasiperiodicity and interactions in one-dimensional super-moir\u00e9 systems<\/td><\/tr>
2024.00047.CPCA.A0<\/td>LCA-UC | Navigator<\/td>CFD modeling of manholes during urban flood events.<\/td><\/tr>
2024.00163.CPCA.A0<\/td>HPC-UE | Oblivion and Vision<\/td>Stellar spectral modeling with advanced computational methods<\/td><\/tr>
2024.02766.CPCA.A0
<\/td>		INCD | Cirrus<\/td>Zoonomed \u2013 Iberian species of the Mediterranean ecosystem as reservoirs for emerging zoonotic viruses<\/td><\/tr>
2024.02988.CPCA.A0<\/td>HPC-UE |Oblivion <\/td>Modeling of single-crystal-to-single-crystal transitions in heterometallic metal-organic frameworks<\/td><\/tr>
2024.00030.CPCA.A1<\/td>HPC-UE |Oblivion<\/td>Ab-initio modeling of carbon-based minerals<\/td><\/tr>
2024.00137.CPCA.A1<\/td>INCD | Cirrus<\/td>GEMINI (Digital twins for sustainable tourism futures)<\/td><\/tr>
2024.00150.CPCA.A1<\/td>INCD | Cirrus<\/td>MOONSHAPES: measuring the shapes of millions of galaxies with follow-up spectroscopy<\/td><\/tr>
2024.00191.CPCA.A1<\/td>HPC-UE |Vision<\/td>OptXAI: Constrained Optimization in NNs for Explainable, Ethical and Greener AI<\/td><\/tr>
2024.00207.CPCA.A1<\/td>Deucalion<\/td>Stability of quantum liquid phases against environment-induced dissipation<\/td><\/tr>
2024.02249.CPCA.A1<\/td>HPC-UE |Oblivion<\/td>MALAGO \u2013 MAChine Learning Aided Graph theory Optimization Applied to Molecular Dynamics (Part 2)<\/td><\/tr>
2024.00036.CPCA.A1<\/td>HPCU\u00c9|Oblivion and Vision + INCD | Stratus<\/td>High-Performance Computing for Enhanced Virtual Power Plant Efficiency<\/td><\/tr>
2023.10865.CPCA.A1<\/td>INCD | Cirrus and Stratus<\/td>Secure Horizons: Transforming Healthcare with Federated Learning and Cloud Computing<\/td><\/tr>
2023.10894.CPCA.A1<\/td>INCD | Cirrus<\/td>Genome sequencing on Eurasian ancient and modern Human<\/td><\/tr>
2023.10412.CPCA.A2<\/td>LCA-UC | Navigator<\/td>Lattice Boltzmann modeling of active nematics in heterogeneous activity fields<\/td><\/tr>
2023.10437.CPCA.A2<\/td>
INCD | Cirrus<\/td>		Computational Toolbox for Discovery of new Affinity Ligands<\/td><\/tr>
2023.10449.CPCA.A2<\/td>LCA-UC | Navigator<\/td>Multidimensional Tunneling Calculations: Exploring New Reactivity Paradigms to Drive Chemical Transformations<\/td><\/tr>
2023.10452.CPCA.A2<\/td>INCD | Cirrus<\/td>Simulation of component dispersion in water \u2013 waterscd<\/td><\/tr>
2023.10492.CPCA.A2<\/td>INCD | Stratus<\/td>Capacity building in genomic epidemiology of viral threats through expansion of INSaFLU and training provision<\/td><\/tr>
2023.10506.CPCA.A2<\/td>INCD | Cirrus<\/td>Simulation of gas-liquid and liquid-liquid flows in stirred systems<\/td><\/tr>
2023.10526.CPCA.A2<\/td>INCD | Cirrus<\/td>Fundamental physics with neutron stars and their mergers<\/td><\/tr>
2023.10530.CPCA.A2<\/td>LCA-UC | Navigator<\/td>SuperGraCOF \u2013 Superconducting Graphene\/Covalent Organic frameworks bilayers studied by large scale atomistic methods<\/td><\/tr>
2023.10584.CPCA.A2<\/td>INCD | Cirrus<\/td>Unveiling imidacloprid-aminoacids interactions by electronic-structure calculations \u2013 towards a pesticide adsorbing material<\/td><\/tr>
2023.10598.CPCA.A2<\/td>HPC-UE |Oblivion<\/td>A computationally assisted drug development pipeline for challenging cancers with very few effective therapeutic options<\/td><\/tr>
2023.10643.CPCA.A2<\/td>HPC-UE |Oblivion<\/td>Coarse-grain computer model to unravel key aspects in phospholipid-based biological membranes-drug nanocarriers interactions<\/td><\/tr>
2023.10649.CPCA.A2<\/td>INCD | Cirrus<\/td>ConfCof \u2013 How conformation and stacking influence electronic properties of Covalent Organic Frameworks. An ab-initio investigation. <\/td><\/tr>
2023.10674.CPCA.A2<\/td>HPC-UE |Oblivion<\/td>Time-quasiperiodic magnetic dynamos<\/td><\/tr>
2023.10680.CPCA.A2<\/td>INCD | Cirrus and Stratus<\/td>Investigations on Electrohydrodynamic Atomization: High-Fidelity Simulations of Taylor Cone Jet Atomization for Optimized Electrospray Processes<\/td><\/tr>
2023.10710.CPCA.A2<\/td>INCD | Cirrus<\/td>Optimizing MDR-Evading Drugs: Unveiling P-gp Transport Dynamics<\/td><\/tr>
2023.10740.CPCA.A2<\/td>INCD | Cirrus<\/td>ComputReactors: Advanced computational design of novel chemical reactors <\/td><\/tr>
2023.10746.CPCA.A2<\/td>HPC-UE |Oblivion<\/td>Eutectic hydrogels as electrolytes for batteries<\/td><\/tr>
2023.10811.CPCA.A2<\/td>INCD | Cirrus<\/td>Solvent-in-salt electrolytes for safe and efficient energy storage: Multiscale Theoretical Approach<\/td><\/tr>
2023.10823.CPCA.A2<\/td>INCD | Cirrus<\/td>In silico design and optimization of peptides as biotechnological tools in the development of new cosmetic and pharmaceutical solutions<\/td><\/tr>
2023.10828.CPCA.A2<\/td>HPC-UE |Oblivion<\/td>Harnessing Genomic Data Towards the Implementation of Global Surveillance for Tuberculosis: Enabling CPLP-TB Genomics Across Portuguese Speaking Countries <\/td><\/tr>
2023.10857.CPCA.A2<\/td>INCD | Cirrus<\/td>Optical excitation of spin waves in 2D ferromagnets<\/td><\/tr>
2023.10867.CPCA.A2<\/td>INCD | Cirrus<\/td>Journal of Data Science, Statistics, and Visualization<\/td><\/tr>
2023.10892.CPCA.A2<\/td>LCA-UC | Navigator<\/td>Quantifying radiative heat flux and firebrand attack from wildfires at the Wildland-Urban Interface using physics-based models<\/td><\/tr>
2023.10904.CPCA.A2<\/td>HPC-UE |Oblivion<\/td>Atomistic and thermodynamic characterization of the capabilities of bacterial sulfide:quinone reductase on the conversion of pollutant sulfide to elemental sulfur<\/td><\/tr>
2023.10916.CPCA.A2<\/td>INCD | Cirrus<\/td>CaCau: Cancer Causality for Precision Oncology | Phase 2<\/td><\/tr>
2023.10947.CPCA.A2<\/td>LCA-UC | Navigator<\/td>Towards High statistical lattice computation of QCD Green functions in Landau gauge<\/td><\/tr>
2023.10968.CPCA.A2<\/td>LCA-UC | Navigator<\/td>Advanced design and optimization of steel portal frames using machine learning models<\/td><\/tr>
2023.10973.CPCA.A2<\/td>INCD | Stratus<\/td>RePo-EfluxPump \u2013 Repurposing drugs to inhibit antibiotic efflux pumps.<\/td><\/tr>
2023.10981.CPCA.A2<\/td>LCA-UC | Navigator<\/td>Quantum tunneling and transient switching dynamics in molecular rotor architectures<\/td><\/tr>
2023.11003.CPCA.A2<\/td>LCA-UC | Navigator<\/td>High-throughput search for efficient thermoelectrics<\/td><\/tr>
2023.11029.CPCA.A2<\/td>INCD | Cirrus<\/td>Effective string theory of flux tubes<\/td><\/tr>
2023.11050.CPCA.A2<\/td>HPC-UE |Oblivion<\/td>Unveiling CALF20 polymorphic transformation upon CO2 adsorption using a combination of computational and NMR methods<\/td><\/tr>
2023.11062.CPCA.A3<\/td>Deucalion<\/td>Masers in Astrophysical Plasmas (MAPs): unveiling the coherent emission of Pulsars, Magnetars and their connection with Fast Radio Bursts<\/td><\/tr>
2023.11063.CPCA.A3<\/td>Deucalion<\/td>Dynamical lattice QCD simulations at finite temperature II<\/td><\/tr>
2023.12814.CPCA.A3<\/td>Deucalion<\/td>PILLARS:
Particle and intense-laser interactions, acceleration, and radiation sources<\/td><\/tr>
2023.13348.CPCA.A3<\/td>Deucalion<\/td>Membrane Permeability of Small Cyclic Peptides for Treating Sickle Cell Anemia <\/td><\/tr>
2023.13633.CPCA.A3<\/td>Deucalion<\/td>The surface chemistry of MXenes under explicit water solvent conditions<\/td><\/tr>
2023.14020.CPCA.A3<\/td>Deucalion<\/td>GPU accelerated Gravitational Wave Astronomy<\/td><\/tr>
2023.14108.CPCA.A3<\/td>Deucalion<\/td>Cosmos Sounds: Unveiling Dark Matter's Influence on Neutron Star Characteristics via Gravitational Wave Signatures<\/td><\/tr>
2023.14230.CPCA.A3<\/td>Deucalion<\/td>BioAccel: Leveraging A64FX CPUs and A100 GPUs for High-Speed Bioinformatics<\/td><\/tr>
2024.14294.CPCA.A3<\/td>Deucalion<\/td>Computational screening for conventional superconducting materials<\/td><\/tr>
2023.14300.CPCA.A3<\/td>Deucalion<\/td>Impact of dominance and hybridization on adaptation: combining new bioinformatic methods with omics data from endemic Iberian freshwater fish<\/td><\/tr>
2023.14346.CPCA.A3<\/td>Deucalion<\/td>Evolutionary genomics of rapid evolutionary radiations<\/td><\/tr>
2023.14450.CPCA.A3<\/td>Deucalion<\/td>Investigation of the turbulent energy cascade in viscoelastic fluids at high Reynolds numbers by means of direct numerical simulations<\/td><\/tr>
2023.14663.CPCA.A3<\/td>Deucalion<\/td>AGELESS: Targeting GPCR Dimers to Conquer Neurological Diseases<\/td><\/tr>
2023.14673.CPCA.A3<\/td>Deucalion<\/td>High-resolution modeling of atmospheric flows over complex terrain<\/td><\/tr>
2023.14686.CPCA.A3<\/td>Deucalion<\/td>exaSIMPLE: A Hybrid ML-CFD SIMPLE Algorithm for the Exascale Era<\/td><\/tr>
2024.00047.CPCA.A0<\/td>LCA-UC|NAvigator<\/td>CFD modeling of manholes during urban flood events.<\/td><\/tr>
2024.00163.CPCA.A0<\/td>HPC-U\u00c9 | Vision<\/td>Stellar spectral modeling with advanced computational methods<\/td><\/tr>
2024.02766.CPCA.A0<\/td>INCD | CIRRUS<\/td>Zoonomed \u2013 Iberian species of the Mediterranean ecosystem as reservoirs for emerging zoonotic viruses<\/td><\/tr>
2024.02988.CPCA.A0<\/td>HPC-U\u00c9 | Oblivion<\/td>Modeling of single-crystal-to-single-crystal transitions in heterometallic metal-organic frameworks<\/td><\/tr>
2024.00030.CPCA.A1<\/td>HPC-U\u00c9 | Oblivion<\/td>Ab-initio modeling of carbon-based minerals<\/td><\/tr>
2024.00137.CPCA.A1<\/td>INCD | Cirrus<\/td>GEMINI (Digital twins for sustainable tourism futures)<\/td><\/tr>
2024.00150.CPCA.A1<\/td>INCD | Cirrus<\/td>MOONSHAPES: measuring the shapes of millions of galaxies with follow-up spectroscopy<\/td><\/tr>
2024.00191.CPCA.A1<\/td>HPC-U\u00c9 Oblivion and Vision<\/td>OptXAI: Constrained Optimization in NNs for Explainable, Ethical and Greener AI<\/td><\/tr>
2024.00207.CPCA.A1<\/td>Deucalion<\/td>Stability of quantum liquid phases against environment-induced dissipation<\/td><\/tr>
2024.02249.CPCA.A1<\/td>HPC-U\u00c9 | Oblivion<\/td>MALAGO \u2013 MAChine Learning Aided Graph theory Optimization Applied to Molecular Dynamics (Part 2)<\/td><\/tr>
2024.00036.CPCA.A1<\/td>HPC-U\u00c9 & INCD<\/td>High-Performance Computing for Enhanced Virtual Power Plant Efficiency<\/td><\/tr>
2024.03106.CPCA.A0<\/td>INCD | Cirrus<\/td>Transportation Mode Detection from GPS trajectory dataset.<\/td><\/tr>
2024.03686.CPCA.A0<\/td>INCD | Cirrus<\/td>Wrinkles and all<\/td><\/tr>
2024.04534.CPCA.A0<\/td>Deucalion<\/td>Optimizing light-matter interactions at scale for optomics digital phenotyping <\/td><\/tr>
2024.06934.CPCA.A0<\/td>Deucalion<\/td>Efficient Parallelism for Distributed Training of Multi-Modal AI Models<\/td><\/tr>
2024.06989.CPCA.A0<\/td>HPC-U\u00c9 | Vision<\/td>Deep learning model for rainfall and runoff prediction.<\/td><\/tr>
2024.06991.CPCA.A0<\/td>INCD | Cirrus<\/td>Climate Change and Public Health: Assessing Future Risks of Air Pollution and Heat-Related Mortality<\/td><\/tr>
2024.07013.CPCA.A0<\/td>INCD | Stratus<\/td>FLOOD FORECASTING FOR REGULARIZED RIVER BASINS USING MACHINE-LEARNING TECHNIQUES<\/td><\/tr>
2024.07028.CPCA.A0<\/td>INCD | Cirrus<\/td>GPU-accelerated immune cell disentanglement using SVMs and CNNs<\/td><\/tr>
2024.07033.CPCA.A0<\/td>Deucalion<\/td>Computational algebraic geometry<\/td><\/tr>
2024.07034.CPCA.A0<\/td>INCD | Cirrus<\/td>Monitoring vegetation losses over Portugal from Sentinel-2 imagery<\/td><\/tr>
2024.07039.CPCA.A0<\/td>INCD | Cirrus<\/td>PLAYSAFE4ALL \u2013 An Open Access Sports Management, Injury Surveillance, Prevention and Education Platform for Amateur Sports<\/td><\/tr>
2024.07056.CPCA.A0<\/td>INCD | Cirrus & Stratus<\/td>Simulation of Separation Processes using a stationary solid phase: fixed bed and membranes.<\/td><\/tr>
2024.07060.CPCA.A0<\/td>HPC-U\u00c9 | Oblivion<\/td>Modeling group-IV optical centers in diamond: structure and electrical field interactions<\/td><\/tr>
2024.07066.CPCA.A0<\/td>INCD | Cirrus & Stratus<\/td>BroadAlert: Automatic Generation of Distributed Algorithms for IoT with Machine Learning<\/td><\/tr>
2024.04745.CPCA.A1<\/td>HPC-U\u00c9 | Oblivion<\/td>Defects in ultra-wide-gap nitride semiconductors<\/td><\/tr>
2024.06915.CPCA.A1<\/td>Deucalion<\/td>Development of foundational machine-learning models for the MS-based metabolomics classification of yeast strains combining Formulae Difference Graphs and Few-Shot Learning<\/td><\/tr>
2024.06972.CPCA.A1<\/td>INCD | Cirrus<\/td>Application of COAWST for sediment transport studies on Madeira Island.<\/td><\/tr>
2024.06986.CPCA.A1<\/td>INCD | Cirrus<\/td>Exploring LLMs for Mental Health Aiding Systems<\/td><\/tr>
2024.06988.CPCA.A1<\/td>Deucalion<\/td>Exploring structural dynamics of viral fusion proteins using Molecular Dynamics simulations<\/td><\/tr>
2024.07001.CPCA.A1<\/td>INCD | Cirrus<\/td>Hydrodynamics of marine and offshore structures based on Computational Fluid Dynamics (CFD) <\/td><\/tr>
2024.07005.CPCA.A1<\/td>Deucalion<\/td>Noise aware quantum algorithms and classical simulations in the NISQ era<\/td><\/tr>
2024.07009.CPCA.A1<\/td>INCD | Cirrus<\/td>Limits of adaptation to climate change: combining new bioinformatic methods with genomic data from weasels and hares<\/td><\/tr>
2024.07024.CPCA.A1<\/td>INCD | Cirrus<\/td>Modeling the Statistical Distribution of n-grams in Large Natural Language Corpora<\/td><\/tr>
2024.07037.CPCA.A1<\/td>Deucalion<\/td>Probing dark matter and cosmological domain walls with gravitational wave physics<\/td><\/tr>
2024.07038.CPCA.A1<\/td>INCD | Cirrus<\/td>Data analysis of Whole Genome Resequencing large size datasets.<\/td><\/tr>
2024.07051.CPCA.A1<\/td>LCA-UC | Navigator<\/td>Probing Lithium and Sodium Salts for Enhanced Energy Storage using Molecular Dynamics Simulations<\/td><\/tr>
2024.07063.CPCA.A1<\/td>LCA-UC | Navigator<\/td>Thermomechanical finite element analysis of laser-powder bed fusion<\/td><\/tr>
2024.07065.CPCA.A1<\/td>Deucalion<\/td>Efficient computation and simulation of complex materials in advanced manufacturing processes<\/td><\/tr>
2024.07077.CPCA.A1<\/td>Deucalion<\/td>Human-pain-sensitive Human-Robot Collaboration Control based on Artificial Intelligence<\/td><\/tr>
2024.07080.CPCA.A1<\/td>Deucalion<\/td>Extracting and Analyzing Catalysis Data using Fine-Tuned Large Language Models<\/td><\/tr>
2024.07086.CPCA.A1<\/td>INCD | Cirrus<\/td>HYPER-SOLVER: Hybrid Parallel and Distributed Swarm and Evolutionary Robust Optimization Algorithms for Solving Large-Scale Nonlinear Equation Systems and High-Dimensional PDEs<\/td><\/tr>
2024.07087.CPCA.A1<\/td>INCD | Stratus<\/td>FAULTAGE: Generating Fault-Tolerant Consensus Algorithms with Reinforcement Learning<\/td><\/tr>
2024.07091.CPCA.A1<\/td>Deucalion<\/td>Bayesian Optimization of a two-stage Laser Wakefield Accelerator<\/td><\/tr>
2024.07093.CPCA.A1<\/td>LCA-UC | Navigator<\/td>Time-dependent DFT studies of the clusteroluminescence in organic salts<\/td><\/tr>
2024.06987.CPCA.A3<\/td>MareNostrum 5<\/td>Modeling Extreme Plasma Accelerators and Light Sources <\/td><\/tr>
2024.07059.CPCA.A3<\/td>MareNostrum 5<\/td>Exploring accretion and spacetime models for event-horizon-scale observations of low-luminosity active galactic nuclei<\/td><\/tr>
2024.07061.CPCA.A3<\/td>Deucalion<\/td>Construction and analysis of the Graph-based Pangenome of the Model-Organism Saccharomyces cerevisiae, of Nakaseomyces glabratus and of pathogenic bacteria belonging to the Burkholderia genus<\/td><\/tr>
2024.07067.CPCA.A3<\/td>Deucalion<\/td>Numerical studies of recirculation in wall-bound viscoelastic turbulence in non-trivial geometries.<\/td><\/tr>
2024.07076.CPCA.A3<\/td>Deucalion<\/td>Harnessing Neural Network Potentials to Model CO2 Adsorption Mechanisms in Solid Sorbents<\/td><\/tr>
2024.07090.CPCA.A3<\/td>MareNostrum 5<\/td>Ab initio search of opto-electronics' materials<\/td><\/tr><\/tbody><\/table>
Table 7. List of Projects Approved in the 4th edition of CPCA (2023\/24)<\/figcaption><\/figure>\n<\/details>\n\n\n\n
<\/div>\n\n\n\n

3rd edition of the Advanced Computing Projects Call<\/mark> <\/mark><\/strong><\/h2>\n\n\n\n

FCT\/CPCA\/2022\/01<\/a><\/strong><\/p>\n\n\n\n

List of 140<\/strong> pproject<\/strong>s approved<\/summary>\n
Project Reference<\/strong><\/th>Platform<\/strong><\/th>Title<\/strong><\/th><\/tr><\/thead>
2022.17881.CPCA.A0<\/td>HPCU\u00c9_Oblivion<\/td>Large scale calculations of atomic parameters for astrophysical spectral fitting using High Performance Computing<\/td><\/tr>
2022.23037.CPCA.A0<\/td>INCD_Cirrus<\/td>INSaFLU Snakemake<\/td><\/tr>
2022.26279.CPCA.A0<\/td>INCD_Cirrus<\/td>Evolution of Knotted Proteins with AlphaFold<\/td><\/tr>
2022.26855.CPCA.A0<\/td>HPCU\u00c9_Oblivion<\/td>RNA signatures as risk markers in cancers triggered by smoking habits<\/td><\/tr>
2022.27068.CPCA.A0<\/td>LCAUC_Navigator<\/td>TMFinder<\/td><\/tr>
2022.27818.CPCA.A0<\/td>HPCU\u00c9_Oblivion and Vision<\/td>Self- and semi-supervised learning for vehicle make and model recognition in images<\/td><\/tr>
2022.28046.CPCA.A0<\/td>INCD_Cirrus<\/td>Search for molecular modulators of Foxo3a activity<\/td><\/tr>
2022.28078.CPCA.A0<\/td>LCAUC_Navigator<\/td>LES Analysis of Ejector Mixing Processes<\/td><\/tr>
2022.28117.CPCA.A0<\/td>LCAUC_Navigator<\/td>Deep generative models for promising cancer targets<\/td><\/tr>
2022.38032.CPCA.A0<\/td>INCD_Cirrus<\/td>Interactions between mechanisms of reproductive isolation<\/td><\/tr>
2022.38089.CPCA.A0<\/td>INCD_Cirrus and Stratus<\/td>The effects of citizen science image quality on deep learning models for fish species classification<\/td><\/tr>
2022.38203.CPCA.A0<\/td>INCD_Cirrus<\/td>Metamaterial design<\/td><\/tr>
2022.39784.CPCA.A0<\/td>HPCU\u00c9_Oblivion<\/td>Calculation of Au Highly Charged Ions' Dielectronic Recombination Rates<\/td><\/tr>
2022.40532.CPCA.A0<\/td>HPCU\u00c9_Oblivion<\/td>Bayesian Evidence Calculation for Strong Field QED tests with He-Like Ions<\/td><\/tr>
2022.41755.CPCA.A0<\/td>INCD_Cirrus and Stratus<\/td>MMCAT- Molecular Mechanisms of Carboxylic Acid Transporters<\/td><\/tr>
2022.42199.CPCA.A0<\/td>LCAUC_Navigator<\/td>Construction of the Gene-based Pangenome of the model-organism Saccharomyces cerevisiae<\/td><\/tr>
2022.42446.CPCA.A0<\/td>INCD_Cirrus and Stratus<\/td>Standard-language GPU acceleration for kinetic simulations in plasma physics<\/td><\/tr>
2022.42466.CPCA.A0<\/td>LCAUC_Navigator<\/td>Continuously Monitored Systems<\/td><\/tr>
2022.42471.CPCA.A0<\/td>HPCU\u00c9_Oblivion and Vision<\/td>Towards an atomic-level understanding of the interaction of CO2 molecules with functional groups in porous silicas<\/td><\/tr>
2022.42626.CPCA.A0<\/td>HPCU\u00c9_Oblivion and Vision<\/td>OpTIMAL NGS \u2013 New Generation Storage Towards a Sustainable Energy System<\/td><\/tr>
2022.46814.CPCA.A0<\/td>INCD_Cirrus and Stratus<\/td>MitoProfiles: Gene Expression Landscape in Cancers from High Metabolic Rate Organs<\/td><\/tr>
2022.54670.CPCA.A0<\/td>HPCU\u00c9_Oblivion and Vision<\/td>Bio-QAG: Biomedical Question-Answering with Passage Retrieval and Generative Language Models<\/td><\/tr>
2022.55180.CPCA.A0<\/td>INCD_Cirrus<\/td>Evaluation of stratification mechanisms on different thermal energy storage systems<\/td><\/tr>
2022.55201.CPCA.A0<\/td>INCD_Cirrus<\/td>Unsteady ventilation CFD simulation on a closed test room.<\/td><\/tr>
2022.56669.CPCA.A0<\/td>INCD_Cirrus<\/td>Keep Pace: Selection of trees keeping pace with fast environmental changes, a science based approach for sustainable 21st century Oak forests \u2013 KeePace. <\/td><\/tr>
2022.56778.CPCA.A0<\/td>INCD_Cirrus and Stratus<\/td>Vehicle Aerodynamics studies using CFD,<\/td><\/tr>
2022.56990.CPCA.A0<\/td>LCAUC_Navigator<\/td>Characterization of antibacterial molecules through electronic structure calculations and computational learning methods<\/td><\/tr>
2022.57089.CPCA.A0<\/td>LCAUC_Navigator<\/td>Carbohydrate-templated structures for detection and removal of water pollutants <\/td><\/tr>
2022.57951.CPCA.A0<\/td>INCD_Cirrus<\/td>Hybrid Parallel Computational Intelligence Algorithms for Large-Scale Nonlinear Equation Systems<\/td><\/tr>
2022.58004.CPCA.A0<\/td>HPCU\u00c9_Oblivion and Vision<\/td>Personalized Acoustic Simulation Optimization<\/td><\/tr>
2022.58205.CPCA.A0<\/td>INCD_Cirrus<\/td>Bioinformatic analysis of the virome of sharks and rays<\/td><\/tr>
2022.58671.CPCA.A0<\/td>HPCU\u00c9_Oblivion and Vision<\/td>Machine Learning for Plasma Density and Temperature Diagnostics<\/td><\/tr>
2022.58848.CPCA.A0<\/td>HPCU\u00c9_Oblivion and Vision<\/td>CAPACITY \u2013 ClimAte change impact assessment on aIr qualiTY and human health<\/td><\/tr>
2022.59005.CPCA.A0<\/td>INCD_Cirrus and Stratus<\/td>Computing the Portuguese wildland urban interface from land cover maps<\/td><\/tr>
2022.59037.CPCA.A0<\/td>INCD_Cirrus and Stratus<\/td>Deep Learning for forecasting and unsupervised anomaly detection in multi-dimensional time-series data <\/td><\/tr>
2022.59222.CPCA.A0<\/td>INCD_Cirrus<\/td>Using Computational Fluid Dynamics models to assess the impact of atmospheric turbulence on free-space optics <\/td><\/tr>
2022.69797.CPCA.A0<\/td>INCD_Cirrus<\/td>Vine and Wine \u2013 Recovering Portugal \u2013 PRR<\/td><\/tr>
2022.72436.CPCA.A0<\/td>INCD_Cirrus<\/td>Uncertainty in the Discrete Fourier Transform<\/td><\/tr>
2022.72657.CPCA.A0<\/td>LCAUC_Navigator<\/td>Safety analysis of buildings in contact with wildfire through computational simulation<\/td><\/tr>
2022.72694.CPCA.A0<\/td>INCD_Cirrus<\/td>Variation of fundamental constants \u2013 Constraining models beyond the Standard Model of Cosmology<\/td><\/tr>
2022.73180.CPCA.A0<\/td>LCAUC_Navigator<\/td>High-Fidelity Simulation of Atomization of Taylor Cone Jets for Electrospinning\/Electrospray Application<\/td><\/tr>
2022.73550.CPCA.A0<\/td>INCD_Cirrus<\/td>Detection of low-frequency DNA variants in bacterial populations using ensemble machine learning<\/td><\/tr>
2022.73688.CPCA.A0<\/td>INCD_Cirrus and Stratus<\/td>Solving Distributed Systems' Problems using Generative AI<\/td><\/tr>
2022.74087.CPCA.A0<\/td>HPCU\u00c9_Oblivion<\/td>Electronic structure and reactivity of large homo- and heterometallic polynuclear clusters <\/td><\/tr>
2022.74292.CPCA.A0<\/td>INCD_Cirrus<\/td>AgeID \u2013 Automatic age reading in fish otoliths using convolutional neural networks for the optimization of fisheries stock assessment<\/td><\/tr>
2022.74481.CPCA.A0<\/td>INCD_Cirrus<\/td>Algarve Fit Aging Score \u2013 MultiOmics<\/td><\/tr>
2022.63137.CPCA.A0<\/td>HPCU\u00c9_Oblivion<\/td>Carbon-Fuel Monitoring System for Nationwide Forest Resource Assessments Using Advanced Remote Sensing Technologies<\/td><\/tr>
2022.74920.CPCA.A0<\/td>HPCU\u00c9_Oblivion<\/td>High-performance computing projects climate change impacts on global marine biodiversity<\/td><\/tr>
2022.75018.CPCA.A0<\/td>HPCU\u00c9_Oblivion and Vision<\/td>Deep Neural Networks for Spectrogram Analysis<\/td><\/tr>
2022.75021.CPCA.A0<\/td>INCD_Cirrus and Stratus<\/td>Spatial Data Science Services for COVID-19 Pandemic<\/td><\/tr>
2022.75045.CPCA.A0<\/td>HPCU\u00c9_Oblivion<\/td>Expanding the target space for novel anti-Tuberculosis drugs using large scale phylogenomics<\/td><\/tr>
2022.75114.CPCA.A0<\/td>INCD_Cirrus and Stratus<\/td>AstroSOM: Unveiling Cosmic Evolution with Self-Organizing Maps<\/td><\/tr>
2022.75159.CPCA.A0<\/td>INCD_Cirrus<\/td>COSMIC-H0ST: probing supernova Ia host galaxies and their impact on cosmological parameter estimation<\/td><\/tr>
2022.75192.CPCA.A0<\/td>HPCU\u00c9_Oblivion<\/td>OpenFoam Performance and Scalability Analysis in Plasma Discharges Simulations<\/td><\/tr>
2022.75198.CPCA.A0<\/td>INCD_Cirrus<\/td>Shedding light on the Pangenome of Helicobacter pylori and its phages <\/td><\/tr>
2022.75203.CPCA.A0<\/td>INCD_Cirrus<\/td>Investigating the genomics changes during co-evolution between herbivores<\/td><\/tr>
2022.75208.CPCA.A0<\/td>HPCU\u00c9_Oblivion<\/td>MALAGO \u2013 MAchine Learning Aided Graph theory Optimization Applied to Density Functional Theory<\/td><\/tr>
2022.75218.CPCA.A0<\/td>INCD_Cirrus<\/td>Simulating eco-evolutionary dynamics of predator-prey interactions in structured environments<\/td><\/tr>
2022.75263.CPCA.A0<\/td>HPCU\u00c9_Oblivion and Vision<\/td>Adapting deep-learning architectures for NIR spectral analysis.<\/td><\/tr>
2022.75275.CPCA.A0<\/td>INCD_Cirrus and Stratus<\/td>Reverse engineering of genetic regulatory networks underlying stem cell differentiation and cardiogenesis<\/td><\/tr>
2022.75281.CPCA.A0<\/td>LCAUC_Navigator<\/td>Hunting for Obscured Supermassive Black Holes using HPC-Warp speed<\/td><\/tr>
2022.75290.CPCA.A0<\/td>HPCU\u00c9_Oblivion and Vision<\/td>HPC onboarding<\/td><\/tr>
2022.15610.CPCA.A1<\/td>INCD_Cirrus and Stratus<\/td>Investigation of 3D Modeling of Uniaxial Elongational Rheometry Test Through SER Device Using Viscoelastic Material<\/td><\/tr>
2022.15625.CPCA.A1<\/td>LCAUC_Navigator<\/td>Scalability tests for a new viscoelastic extension to the Incompact3d flow solver<\/td><\/tr>
2022.15641.CPCA.A1<\/td>LCAUC_Navigator<\/td>Modeling fire spread from forest to the built environment at the Wildland-Urban Interface (WUI) using Fire Dynamics Simulator<\/td><\/tr>
2022.15770.CPCA.A1<\/td>HPCU\u00c9_Oblivion and Vision<\/td>Integrative analysis of histological images and gene expression for phenotype association in human tissues<\/td><\/tr>
2022.15773.CPCA.A1<\/td>LCAUC_Navigator<\/td>Assessing the Effectiveness of Defect Prediction-based Unit Tests at Localizing Faults<\/td><\/tr>
2022.15784.CPCA.A1<\/td>LCAUC_Navigator<\/td>Simulation of turbulent gas-liquid flows in stirred systems<\/td><\/tr>
2022.15800.CPCA.A1<\/td>INCD_Cirrus<\/td>Genetic Programming for Genomics Interpretation<\/td><\/tr>
2022.15834.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>The interplay between quasiperiodicity and interactions in 1D<\/td><\/tr>
2022.15842.CPCA.A1<\/td>LCAUC_Navigator<\/td>Design of Carbon-based Materials for Pesticides Adsorption by computational methodologies<\/td><\/tr>
2022.15843.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>Exploring the interactions of a streptogramin B antibiotic to an antibiotic degrading enzyme, to devise new strategies to tackle antibiotic resistance<\/td><\/tr>
2022.15844.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>Tidal Disruption Events of stars by the Super Massive Black Hole Sgr A* and formation of accretion discs, using the Kerr metrics.<\/td><\/tr>
2022.15852.CPCA.A1<\/td>INCD_Cirrus<\/td>Automated Flat Circuit-Level Topology Generation<\/td><\/tr>
2022.15854.CPCA.A1<\/td>INCD_Cirrus<\/td>Hypersingular Fast Multipole Boundary Domain Element methods for the solution of the Navier-Stokes equations in two and three dimensions. Application of method in the calculation of the flow past obstacles and wall shear stress in bioengineering problems.<\/td><\/tr>
2022.15861.CPCA.A1<\/td>LCAUC_Navigator<\/td>Stochastic Computation of Large-Scale Matrix Functions<\/td><\/tr>
2022.15868.CPCA.A1<\/td>HPCU\u00c9_Oblivion and Vision<\/td>Reshaping nanoformulations with sustainable biobased molecules using computational modeling<\/td><\/tr>
2022.15880.CPCA.A1<\/td>INCD_Cirrus<\/td>Language Driven Image Design with Diffusion<\/td><\/tr>
2022.15887.CPCA.A1<\/td>HPCU\u00c9_Oblivion and Vision<\/td>DIMCO2 \u2013 Scalability and Tuning of Data Intensive Machine Learning Models for COVID-19 related symptomology early detection <\/td><\/tr>
2022.15894.CPCA.A1<\/td>INCD_Cirrus and Stratus<\/td>Probing Dark Matter in the Galaxy: constraints from disk non-linearity and halo composition<\/td><\/tr>
2022.15901.CPCA.A1<\/td>LCAUC_Navigator<\/td>Multidimensional Tunneling Calculations: Exploring New Reactivity Paradigms to Drive Chemical Transformations<\/td><\/tr>
2022.15910.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>Twisted bilayer graphene: Incommensurability meets Interactions <\/td><\/tr>
2022.15912.CPCA.A1<\/td>INCD_Cirrus<\/td>BioM2D: BioMaterials Molecular Dynamics for biopharmaceutical purification \u2013 feasibility study using HPC<\/td><\/tr>
2022.15913.CPCA.A1<\/td>INCD_Cirrus<\/td>\u03b1-Synuclein Oligomers and Small Fibers: The Role of Linear and Cyclic Peptides on Aggregation<\/td><\/tr>
2022.15930.CPCA.A1<\/td>LCAUC_Navigator<\/td>Machine learning models for steel members subjected to fire<\/td><\/tr>
2022.15931.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>Exploring at the atomic-level solid-gas interactions in polysaccharide-based materials for CO2 capture combining computational and NMR methods<\/td><\/tr>
2023.00015.CPCA.A1<\/td>LCAUC_Navigator<\/td>Improving and understanding membrane processes performance through CFD simulations<\/td><\/tr>
2023.05206.CPCA.A1<\/td>INCD_Cirrus<\/td>Atmospheric pressure plasma jet simulations using the Software Platform for Aerothermodynamics Radiation and Kinetics<\/td><\/tr>
2023.05807.CPCA.A1<\/td>LCAUC_Navigator<\/td>Construction of the Graph-based Pangenome for the model-organism Saccharomyces cerevisiae<\/td><\/tr>
2023.05810.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>Strain-Induced Effects of Deformed Graphene<\/td><\/tr>
2023.05813.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>Design of Dion Jacobson layered structures for efficient energy materials<\/td><\/tr>
2023.08460.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>Computational design of protein binders to target viral fusion proteins<\/td><\/tr>
2023.08586.CPCA.A1<\/td>INCD_Cirrus and Stratus<\/td>Mapping the Knowledge Landscape of Language Models<\/td><\/tr>
2023.09323.CPCA.A1<\/td>INCD_Cirrus and Stratus<\/td>Molecular Dynamics Simulations of Ion Implantation into Gallium Oxide <\/td><\/tr>
2023.09530.CPCA.A1<\/td>INCD_Cirrus<\/td>Carrier captures kinetics of defect traps in semiconductors<\/td><\/tr>
2023.09536.CPCA.A1<\/td>INCD_Cirrus<\/td>CaCau: Cancer Causality | Phase 1<\/td><\/tr>
2023.09537.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>Towards noise resilient quantum algorithms in the NISQ era<\/td><\/tr>
2023.09549.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>Probing Very High Energy Horizon: Detection of GeV Emitters Beyond Expected Limits<\/td><\/tr>
2023.09563.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>Modeling a competent complex of a bacterial sulfide:quinone reductase interacting with its membrane counterpart<\/td><\/tr>
2023.09571.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>Large eddy simulation for turbulent channel flow of viscoelastic fluids and sensitivity to rheological model<\/td><\/tr>
2023.09574.CPCA.A1<\/td>HPCU\u00c9_Oblivion<\/td>Hydrodynamics of active and passive nematics<\/td><\/tr>
2023.09581.CPCA.A1<\/td>LCAUC_Navigator<\/td>Testing yeast genome assembly pipelines using long-read sequencing data<\/td><\/tr>
2023.09583.CPCA.A1<\/td>LCAUC_Navigator<\/td>Design of Naturally Layered Ferroelectrics towards Energy Efficient Materials<\/td><\/tr>
2023.09585.CPCA.A1<\/td>LCAUC_Navigator<\/td>Design of Ruddlesden Popper layered structures for efficient energy materials<\/td><\/tr>
2023.09592.CPCA.A1<\/td>LCAUC_Navigator<\/td>Unraveling the role of NS2 cofactor in flavivirus NS2B-NS3 protease activity <\/td><\/tr>
2023.09598.CPCA.A1<\/td>INCD_Cirrus<\/td>Exploring the interaction of antimicrobial nucleic acid mimics (NAMs) with biomembrane models to understand and optimize the delivery into bacteria<\/td><\/tr>
2023.09602.CPCA.A1<\/td>INCD_Cirrus<\/td>Machine learning models for cellular steel beams<\/td><\/tr>
2023.09611.CPCA.A1<\/td>LCAUC_Navigator<\/td>ParaDiSE-LHD: Massively Parallel and Distributed Swarm Intelligence-Based and Evolutionary Algorithms for Large-Scale Nonlinear Equation Systems and High-Dimensional PDEs<\/td><\/tr>
2023.09623.CPCA.A1<\/td>HPCU\u00c9_Oblivion and Vision<\/td>Nanostructure of Ionic Liquid-Based Micelles by Molecular Dynamics Simulations<\/td><\/tr>
2022.15813.CPCA.A2<\/td>LCAUC_Navigator<\/td>Probing structural dynamics of artificial molecular machinery using microwave spectroscopy<\/td><\/tr>
2022.15888.CPCA.A2<\/td>LCAUC_Navigator<\/td>Mechanisms of protection of lactic acid bacteria by fructo-oligosaccharides: a molecular simulation study<\/td><\/tr>
2022.15877.CPCA.A2<\/td>LCAUC_Navigator<\/td>Investigation of the turbulent\/non-turbulent interface in non-equilibrium turbulence by means of direct numerical simulations<\/td><\/tr>
2022.15858.CPCA.A2<\/td>INCD_Cirrus<\/td>Population genomics of hybridization and response to climate change: combining new bioinformatic methods with omics data from endemic Iberian freshwater fish<\/td><\/tr>
2022.15706.CPCA.A2<\/td>HPCUE_Oblivion<\/td>Magnetic field generation by quasiperiodic flows in space<\/td><\/tr>
2022.15824.CPCA.A2<\/td>LCAUC_Navigator<\/td>Deep-Cog: a Deep Neural Network for Abnormal Cognitive Decline Detection Based on Multimodal Data<\/td><\/tr>
2022.15892.CPCA.A2<\/td>LCAUC_Navigator<\/td>High statistical lattice computation of propagators and vertices in Landau gauge<\/td><\/tr>
2022.15818.CPCA.A2<\/td>INCD_Cirrus<\/td>Enhancement of Proteins to address Health Conditions<\/td><\/tr>
2022.15827.CPCA.A2<\/td>INCD_Stratus (VRE)<\/td>Portuguese Biodiversity Data Portal and associated services to PORBIOTA RI user community<\/td><\/tr>
2022.15575.CPCA.A2<\/td>HPCUE_Oblivion<\/td>A coarse-grained molecular dynamic simulation framework to unveil the interactions between mixtures of diverse nature Pluronic in aqueous solutions<\/td><\/tr>
2022.15804.CPCA.A2<\/td>LCAUC_Navigator<\/td>Dynamics of bosonic stars<\/td><\/tr>
2022.15802.CPCA.A2<\/td>LCAUC_Navigator<\/td>MXene-based transition metal single atom catalysts for nitrogen dissociation<\/td><\/tr>
2022.15851.CPCA.A2<\/td>HPCUE_Oblivion<\/td>HIDRALERTA Plus<\/td><\/tr>
2022.15874.CPCA.A2<\/td>LCAUC_Navigator<\/td>The influence of a known mutation into the stargazin\/Kv7.2 dynamics and function.<\/td><\/tr>
2022.15857.CPCA.A2<\/td>INCD_Cirrus<\/td>PERFECT \u2013 oPEncoasts as a Relocatable Forecast Engine for Coastal Digital Twins<\/td><\/tr>
2022.15869.CPCA.A2<\/td>INCD_Stratus (VRE)<\/td>PTPARL-D: Annotated corpus of Portuguese Parliament Debates<\/td><\/tr>
2022.15885.CPCA.A2<\/td>INCD_Cirrus<\/td>Numerical Tests of a Superfluid Effective Field Theory in the 3d O(2)-model.<\/td><\/tr>
2022.15882.CPCA.A2<\/td>INCD_Cirrus<\/td>Parkinson's Disease and \u03b1-Synuclein Aggregation: A Coarse-Grained\/All-Atom Molecular Dynamics Approach for Targeting a Cyclic Peptide Drug<\/td><\/tr>
2022.15647.CPCA.A2<\/td>LCAUC_Navigator<\/td>Medium and High-fidelity Aerodynamic Models for Wind Farm Power Optimization<\/td><\/tr>
2022.15825.CPCA.A2<\/td>INCD_Cirrus<\/td>Deleterious and compensatory mutations and their role in evolutionary radiations<\/td><\/tr>
2022.15841.CPCA.A2<\/td>INCD_Cirrus and Stratus<\/td>WORSICA: Water detection web service for coastal, inland and irrigation network applications<\/td><\/tr>
2022.15822.CPCA.A2<\/td>LCAUC_Navigator<\/td>Ab initio search for practical superconductors<\/td><\/tr>
2022.15873.CPCA.A2<\/td>LCAUC_Navigator<\/td>Large-spectrum antiviral drug development for influenza: towards the minimization of seasonal outbreaks and the prevention of future pandemics<\/td><\/tr>
2022.15828.CPCA.A2<\/td>INCD_Cirrus<\/td>Computational Fluid Dynamics (CFD) analysis of renewable energy devices<\/td><\/tr>
2022.15878.CPCA.A2<\/td>INCD_Cirrus<\/td>In silico study of peptidic dendrimers as transfection agents in RNA vaccines<\/td><\/tr>
2022.15879.CPCA.A2<\/td>INCD_Stratus (VRE)<\/td>AGRISPACE: Portuguese AGRIculture data SPACE<\/td><\/tr>
2022.15760.CPCA.A2<\/td>INCD_Cirrus<\/td>Dynamical spin-charge coupling in van der Waals nanostructures<\/td><\/tr>
2022.15579.CPCA.A2<\/td>HPCUE_Oblivion<\/td>Biodegrading unsatured polyesters \u2013 establishing the enzymatic catalytic mechanism of Pseudomonas sp. MIS38 lipase<\/td><\/tr>
2022.15832.CPCA.A2<\/td>HPCUE_Oblivion<\/td>Reaction mechanism of HYDROgen evolution CATalysed by low-dimensional systems (RHYDROCAT)<\/td><\/tr>
2022.15871.CPCA.A2<\/td>INCD_Cirrus<\/td>Multi-omic approaches to study evolution of domestication in non-conventional yeasts<\/td><\/tr>
2022.15697.CPCA.A2<\/td>LCAUC_Navigator<\/td>Enhancing membrane permeation of MRI contrast agents with molecular umbrellas<\/td><\/tr><\/tbody><\/table>
Table 6: List of 140 Projects Approved in the 3rd CPCA edition (2022\/23).<\/figcaption><\/figure>\n\n\n\n

<\/p>\n<\/details>\n\n\n\n

<\/div>\n\n\n\n

2nd edition of the Advanced Computing Projects Call<\/mark><\/strong><\/h2>\n\n\n\n

FCT\/CPCA\/2021\/01<\/a><\/strong> <\/p>\n\n\n\n

List of 99 approved projects
<\/summary>\n
Project Reference<\/strong><\/th>Platform<\/strong><\/th>Title<\/strong><\/th><\/tr><\/thead>
CPCA\/A0\/395088\/2021<\/td>Bob|MACC<\/td>Benchmarking Convolutional Neural Networks for Neural Architecture Search Optimization<\/td><\/tr>
CPCA\/A0\/395208\/2021<\/td>Cirrus | INCD<\/td>Ion beam spectra analysis using HPC<\/td><\/tr>
CPCA\/A0\/396969\/2021<\/td>Bob | MACC<\/td>Portuguese Transformers<\/td><\/tr>
CPCA\/A0\/401985\/2021 <\/td>Navigator | LCA-UC<\/td>Optimization of flow electrode channel geometry to boost recovery of lithium from brines by flow capacitive deionization<\/td><\/tr>
CPCA\/A1\/394984\/2021<\/td>Cirrus | INCD<\/td>Future trajectories of biogeography under globalization \u2013 iGLOBAL<\/td><\/tr>
CPCA\/A1\/394985\/2021<\/td>Oblivion | HPC-U\u00c9<\/td>Unveiling the capacity of Poly(oxyethylene) alkyl ethers CiEj surfactants for oil extraction in silica\/water environments through coarse-grain molecular dynamic simulations<\/td><\/tr>
CPCA\/A1\/394998\/2021<\/td>Bob | MACC<\/td>Automated Flat Circuit-Level Topology Generation<\/td><\/tr>
CPCA\/A1\/395424\/2021<\/td>Navigator | LCA-UC<\/td>Camelot: Prediction of Machine Learning Pipeline Execution Times<\/td><\/tr>
CPCA\/A1\/396747\/2021<\/td>Bob | MACC <\/td>DIMCO- Data Intensive Machine Learning Models for COVID-19 related symptomology early detection<\/td><\/tr>
CPCA\/A1\/401180\/2021<\/td>Bob | MACC<\/td>Unraveling the molecular mechanisms of Parkinson's disease mutations: a computational approach<\/td><\/tr>
CPCA\/A1\/401197\/2021<\/td>Cirrus | INCD<\/td>Event Simulation for the Development of Anomaly detection Techniques at the LHC<\/td><\/tr>
CPCA\/A1\/402105\/2021<\/td>Cirrus | INCD<\/td>ABCD \u2013 Advanced Building Conception and Design<\/td><\/tr>
CPCA\/A1\/402869\/2021<\/td>Bob | MACC<\/td>CPU4MOSAIC+<\/td><\/tr>
CPCA\/A1\/402953\/2021<\/td>Bob | MACC<\/td>Exploring Modeling of Extensional Rheology Tests Exclusively for SER Platform with Viscoelastic Materials in HPC system<\/td><\/tr>
CPCA\/A1\/405417\/2021<\/td>Navigator | LCA-UC<\/td>Machine Learning Models for the Research and Development of Steel Structures Design<\/td><\/tr>
CPCA\/A0\/408464\/2021<\/td>Bob | MACC<\/td>MetaLignoZymes \u2013 Metagenomic analysis of lignocellulosic residues towards the discovery of novel enzymes<\/td><\/tr>
CPCA\/A0\/409052\/2021<\/td>Bob | MACC<\/td>Exploration of de novo genomic assemblies of the pathogen Klebsiella pneumoniae<\/td><\/tr>
CPCA\/A1\/415075\/2021<\/td>Oblivion | HPC-U\u00c9<\/td>Defects and stability of ferroelectric Zirconium dioxide<\/td><\/tr>
CPCA\/A1\/408141\/2021<\/td>Cirrus | INCD<\/td>Navier-Stokes Simulations of Reactive and High-Speed Plasma Flows<\/td><\/tr>
CPCA\/A1\/408711\/2021<\/td>Cirrus | INCD<\/td>WORSICA \u2013 Water mOnitoRing SentInel Cloud platform<\/td><\/tr>
CPCA\/A1\/407670\/2021<\/td>Cirrus | INCD<\/td>CFD simulations of the hydrodynamics of floating bodies<\/td><\/tr>
CPCA\/A1\/410638\/2021<\/td>Oblivion | HPC-U\u00c9<\/td>Fine-tuning TMBIM ion channel activity to control hallmarks of cancer<\/td><\/tr>
CPCA\/A1\/407703\/2021<\/td>Navigator | LCA-UC<\/td>MDFluoMemPro \u2013 Molecular dynamics characterization of novel fluorescent membrane probes<\/td><\/tr>
CPCA\/A1\/407814\/2021<\/td>Navigator | LCA-UC<\/td>Using a Genetic Algorithm to design new urease inhibitors<\/td><\/tr>
CPCA\/A1\/407448\/2021<\/td>Bob | MACC<\/td>A Monte-Carlo Approach for Solving Systems of Fractional Differential Equations<\/td><\/tr>
CPCA\/A1\/416303\/2021<\/td>Bob | MACC<\/td>Probing MRSA mecA-dependent resistance mechanism by molecular dynamics simulations<\/td><\/tr>
CPCA\/A1\/419081\/2021<\/td>Bob | MACC<\/td>Parallel Implementations of optimization algorithms in HPC Clusters using free-access software<\/td><\/tr>
CPCA\/A0\/422435\/2021<\/td>Cirrus | INCD<\/td>EC-EARTH climate downscaling for the Azores Islands<\/td><\/tr>
CPCA\/A0\/426012\/2021<\/td>Oblivion | HPC-U\u00c9<\/td>High-order schemes impact in parallel computing with the PESTC libraries<\/td><\/tr>
CPCA\/A0\/427668\/2021<\/td>Oblivion | HPC-U\u00c9<\/td>JuPy+HPC | High Level Languages on HPC<\/td><\/tr>
CPCA\/A0\/429960\/2021<\/td>Oblivion | HPC-U\u00c9<\/td>Object recognition to assist visually impaired citizens<\/td><\/tr>
CPCA\/A0\/432327\/2021<\/td>Navigator | LCA-UC<\/td>Towards an atomic-level understanding of the interaction of CO2 molecules with functional groups in polysaccharides<\/td><\/tr>
CPCA\/A1\/408143\/2021<\/td>Cirrus | INCD<\/td>Navier-Stokes Simulations of Reactive and High-Speed Plasma Flows<\/td><\/tr>
CPCA\/A1\/420917\/2021<\/td>Cirrus | INCD<\/td>Multi-scale analysis of multi-phase materials with computational homogenization<\/td><\/tr>
CPCA\/A1\/421343\/2021<\/td>Oblivion | HPC-U\u00c9<\/td>Machine Learning and Special Functions as Activation Functions in Image Processing<\/td><\/tr>
CPCA\/A1\/422043\/2021<\/td>Cirrus | INCD<\/td>Cutting-edge QM\/MM MD implementation for the study of enzymatic mechanisms<\/td><\/tr>
CPCA\/A1\/428291\/2021<\/td>Bob | MACC<\/td>Machine Learning for Gravitational Waves<\/td><\/tr>
CPCA\/A1\/431509\/2021<\/td>Oblivion | HPC-U\u00c9<\/td>Ab Initio Study of Hf-based Ruddlesden-Popper Perovskites<\/td><\/tr>
CPCA\/A1\/433482\/2022<\/td>Bob | MACC<\/td>Numerical simulation of high efficiency gas-solid cyclones<\/td><\/tr>
CPCA\/A0\/440025\/2021<\/td>Navigator | LCA-UC<\/td>YeastsBioFlavorome \u2013 Bioinformatic analysis of yeasts
flavorome and fermentome to unravel non-Saccharomyces species biotechnological
potential<\/td><\/tr>
CPCA\/A0\/441106\/2021<\/td>Navigator | LCA-UC<\/td>GonoMol: Molecular data analysis of Neisseria gonorrhoeae
isolates: assembling and phylogenomics<\/td><\/tr>
2021.09617.CPCA<\/td>Oblivion | HPC-U\u00c9<\/td>Focusing and acceleration of positrons in a plasma channel with an intense laser<\/td><\/tr>
2021.09622.CPCA<\/td>Navigator | LCA-UC<\/td>Towards Novel Graphenic Materials for Electronics<\/td><\/tr>
2021.09688.CPCA<\/td>Oblivion | HPC-U\u00c9<\/td>SINATRA \u2013 Intelligent System to support the INundation and bAthing waTeR quality management in coAstal cities<\/td><\/tr>
2021.09795.CPCA<\/td>Cirrus | INCD<\/td>Population genomics of hybridization and adaptation: combining new bioinformatic methods with omics data from endemic Iberian freshwater fish <\/td><\/tr>
2021.09680.CPCA<\/td>Navigator | LCA-UC<\/td>Atmospheric Flows over Complex Terrain<\/td><\/tr>
2021.09640.CPCA<\/td>Navigator | LCA-UC<\/td>Predicting economic decisions from brain structure<\/td><\/tr>
2021.09643.CPCA<\/td>Oblivion | HPC-U\u00c9<\/td>WHRLeTID: Whys, Hows and Remedies of Light and elevated Temperature Induced Degradation of solar silicon<\/td><\/tr>
2021.09752.CPCA<\/td>Cirrus | INCD<\/td>Optimization of Validated SARS-CoV-2 Antivirals against the New Emerging Variants<\/td><\/tr>
2021.09830.CPCA<\/td>Cirrus | INCD<\/td>Monopoles in 5d pure Yang-Mills and their role in criticality<\/td><\/tr>
2021.09644.CPCA<\/td>Oblivion | HPC-U\u00c9<\/td>Structure and dynamics of mono and bilayers subjected to external agents<\/td><\/tr>
2021.09804.CPCA<\/td>Navigator | LCA-UC<\/td>Cyclic peptides as potential inhibitors of SARS-COV-2 main protease<\/td><\/tr>
2021.09741.CPCA<\/td>Navigator | LCA-UC<\/td>RepDrugCancer \u2013 Repurposing drugs to tackle cancer diseases<\/td><\/tr>
2021.09667.CPCA<\/td>Oblivion | HPC-U\u00c9<\/td>Exotic hadrons with functional methods<\/td><\/tr>
2021.09828.CPCA<\/td>Oblivion | HPC-U\u00c9<\/td>Net4CO2: Research and Development of NetMIX devices for low and zero carbon technologies via CFD simulations<\/td><\/tr>
2021.09764.CPCA<\/td>Cirrus | INCD<\/td>High-Velocity Water Jets: Combined CFD and Experimental Approaches to Characterize the Scouring Process<\/td><\/tr>
2021.09635.CPCA<\/td>Navigator | LCA-UC<\/td>A fast deep learning approach to improve protein pKa predictions<\/td><\/tr>
2021.09815.CPCA<\/td>Oblivion | HPC-U\u00c9<\/td>Direct numerical simulations of large-scale magnetic fields<\/td><\/tr>
2021.09761.CPCA<\/td>Navigator | LCA-UC<\/td>ContentMAP: fMRI brain-mapping of object knowledge<\/td><\/tr>
2021.09676.CPCA<\/td>Navigator | LCA-UC<\/td>Black holes and bosonic fields<\/td><\/tr>
2021.09827.CPCA<\/td>Oblivion | HPC-U\u00c9<\/td>Simulated Guided Growth of Dion-Jacobson Energy Efficient Materials<\/td><\/tr>
2021.09821.CPCA<\/td>Navigator | LCA-UC<\/td>Studies on the human Pgp folding<\/td><\/tr>
2021.09817.CPCA<\/td>Navigator | LCA-UC<\/td>Analysis of the turbulent entrainment in wakes by means of direct numerical simulations<\/td><\/tr>
2021.09782.CPCA<\/td>Cirrus | INCD<\/td>Understanding non-B mtDNA conformations using molecular dynamics simulations <\/td><\/tr>
2021.09701.CPCA<\/td>Cirrus | INCD<\/td>CoastNet Research Infrastructure: The Coastal Monitoring Network<\/td><\/tr>
2021.09759.CPCA<\/td>Navigator | LCA-UC<\/td>High statistical lattice computation of quark and ghost propagators<\/td><\/tr>
2021.09623.CPCA<\/td>Cirrus | INCD<\/td>CO2 Capture and Storage using Water: a Paradigm for Clean Energy Production<\/td><\/tr>
2021.09753.CPCA<\/td>Oblivion | HPC-U\u00c9<\/td>The mechanism of action of the sPLA2-like toxin of viper venom<\/td><\/tr>
2021.09731.CPCA<\/td>Cirrus | INCD<\/td>Structure-based database screening to support decision-making for endocrine disruptor identification<\/td><\/tr>
2021.09799.CPCA<\/td>Oblivion | HPC-U\u00c9<\/td>Structural, energetic and catalytic properties of vacancy defects in MXene surfaces<\/td><\/tr>
CPCA\/A1\/435377\/2021<\/td>Cirrus | INCD<\/td>Bayesian Structural Equation Modeling:<\/td><\/tr>
CPCA\/A1\/437838\/2021<\/td>Bob | MACC<\/td>Ocean-Atmosphere Dynamics of Island Wakes<\/td><\/tr>
CPCA\/A1\/438851\/2021<\/td>Bob | MACC<\/td>Mitigation of CO2 using Water Ices: Clean Energy Production via greenhouse-effect Reduction<\/td><\/tr>
CPCA\/A1\/447491\/2021<\/td>Navigator | LCA-UC<\/td>Protein Design in Biotechnology and Health<\/td><\/tr>
CPCA\/A1\/449427\/2021<\/td>Oblivion | HPC-U\u00c9<\/td>Maximum Likelihood Estimation in spatio-temporal models for time series of counts<\/td><\/tr>
CPCA\/A0\/442585\/2021<\/td>Bob | MACC<\/td>GenoCj \u2013 Unraveling the genomic characteristics of the yeast Cyberlindnera jadinii for organic acid production<\/td><\/tr>
CPCA\/A0\/447914\/2021 <\/td>Bob | MACC<\/td>Signatures of the adaptation of environmental and pathogenic Mycobacteria in their genomic architecture<\/td><\/tr>
CPCA\/A1\/455167\/2021<\/td>Bob | MACC<\/td>Scalability of pseudo-spectral code for Magnetohydrodynamics simulations<\/td><\/tr>
CPCA\/A1\/457971\/2021<\/td>Bob | MACC <\/td>Density functional theory for supercapacitor applications<\/td><\/tr>
CPCA\/A1\/460347\/2021<\/td>Bob | MACC<\/td>Improving the Scability of High-order schemes by using the PESTC library<\/td><\/tr>
CPCA\/A1\/460622\/2021<\/td>Bob | MACC<\/td>Design of Ruddlesden Popper layered structures for efficient energy materials<\/td><\/tr>
CPCA\/A1\/467605\/2021<\/td>Bob | MACC <\/td>Big data analysis for valence encoding in the mammalian brain<\/td><\/tr>
CPCA\/A1\/468306\/2021 <\/td>Bob | MACC<\/td>Benchmarking Convolutional Neural Networks for Neural Architecture Search Development<\/td><\/tr>
CPCA\/A1\/469450\/2021<\/td>Bob | MACC<\/td>CFD assisted design of flow electrodes channels for lithium recovery from brines by flow capacitive deionization<\/td><\/tr>
CPCA\/A1\/469976\/2021<\/td>Bob | MACC<\/td>Advancements on the use of AI for the Research and Development of Steel Structures Design<\/td><\/tr>
CPCA\/A1\/469986\/2021<\/td>Bob | MACC <\/td>Computational modeling of sustainable biobased nanoformulations<\/td><\/tr>
CPCA\/A1\/470074\/2021<\/td>Bob | MACC<\/td>Theoretical studies on molecular recognition by complex supramolecular architectures: from interlocked receptors to self-assembled redox-active hosts<\/td><\/tr>
CPCA\/A1\/470163\/2021<\/td>Bob | MACC<\/td>Three-dimensional CFD modeling and analysis of a PCM thermal energy storage system<\/td><\/tr>
CPCA\/A1\/470166\/2021<\/td>Bob | MACC<\/td>Non-Equilibrium Insulator Breakdown<\/td><\/tr>
CPCA\/A1\/470169\/2021 <\/td>Bob | MACC<\/td>Molecular Dynamics Simulations of Ionic Liquids Near Interfaces<\/td><\/tr>
CPCA\/A1\/470243\/2021<\/td>Bob | MACC<\/td>Non-trivial topological phases of incommensurate two-dimensional electronic systems<\/td><\/tr>
CPCA\/A1\/470255\/2021<\/td>Bob | MACC <\/td>Aggregation study of an \u03b1-synuclein peptide<\/td><\/tr>
CPCA\/A1\/470447\/2021<\/td>Bob | MACC<\/td>Genomics and transcriptomics mechanisms during adaptation to heavy metal pollution in crop pests<\/td><\/tr>
CPCA\/A0\/467120\/2021<\/td>Bob | MACC <\/td>High-precision calculations of atomic parameters for X-ray emission spectra of complex open shell systems using distributed computing<\/td><\/tr>
CPCA\/A0\/467722\/2021<\/td>Bob | MACC<\/td>Unraveling the atomic mechanisms in laser-produced tin plasma for nanolithography<\/td><\/tr>
CPCA\/A0\/467905\/2021<\/td>Bob | MACC<\/td>Methods for data augmentation in FT-ICR-MS untargeted metabolomics<\/td><\/tr>
CPCA\/A0\/469866\/2021<\/td>Bob | MACC<\/td>LiForce \u2013 Reactive Force Field Study of Li Deposition in Lithium-ion Battery Anodes<\/td><\/tr>
CPCA\/A0\/469969\/2021<\/td>Bob | MACC<\/td>Laser Driven Electron Motion and High Harmonic Generation in Solids: A TDDFT approach<\/td><\/tr><\/tbody><\/table>
Table 5: List of 99 Projects Approved in the 2nd CPCA Edition (2021\/22) <\/figcaption><\/figure>\n<\/details>\n\n\n\n
<\/div>\n\n\n\n

1st edition of <\/mark><\/strong>Contest<\/b> of Advanced Computing Projects Call<\/strong><\/mark><\/span><\/h2>\n\n\n\n

FCT\/CPCA\/2020\/01<\/a><\/mark><\/span><\/p>\n\n\n\n

List of 129 approved projects
<\/summary>\n
Project Reference<\/strong><\/th>Platform<\/strong><\/th>Title<\/strong><\/th><\/tr><\/thead>
CPCA\/A2\/2500\/2020<\/td>HPC-UE | Oblivion<\/td>PyroConvection<\/td><\/tr>
CPCA\/A2\/2524\/2020<\/td>LCA-UC | Navigator<\/td>New Graphene Materials for Electronics<\/td><\/tr>
CPCA\/A2\/2568\/2020<\/td>MACC | Bob<\/td>Flow Dynamics in Storage Tanks<\/td><\/tr>
CPCA\/A1\/2611\/2020<\/td>HPC-UE | Oblivion<\/td>Scalability of pseudo-spectral code for turbulence simulation with particle tracking using a 1d-pencil decomposition<\/td><\/tr>
CPCA\/A2\/2613\/2020<\/td>MACC | Bob<\/td>CO2 Capture and Storage using Naturally Occurring H2O Ices<\/td><\/tr>
CPCA\/A2\/2640\/2020<\/td>MACC | Bob<\/td>Transcriptomics-based prediction of human phenotypes using scalable and secure machine learning approaches<\/td><\/tr>
CPCA\/A1\/2790\/2020<\/td>INCD | Stratus<\/td>The global biogeography of invasive species: Emerging patterns, processes and short- to mid-term forecasts \u2013 GLOBINV<\/td><\/tr>
CPCA\/A1\/3154\/2020<\/td>INCD | Cirrus<\/td>Exploring Matter in Extreme Conditions using Density Functional Theory <\/td><\/tr>
CPCA\/A2\/3840\/2020<\/td>MACC | Bob<\/td>Black holes and bosonic fields<\/td><\/tr>
CPCA\/A2\/4075\/2020<\/td>INCD | Cirrus<\/td>Getting ready for the unexpected: searching for new physics phenomena at the CERN Large Hadron Collider<\/td><\/tr>
CPCA\/A2\/4377\/2020<\/td>HPC-UE | Oblivion<\/td>Dispersion of asphaltenes in model mixtures by ionic liquids \u2013 a theoretical approach<\/td><\/tr>
CPCA\/A2\/4403\/2020<\/td>MACC | Bob<\/td>SATRAP: Rational design of Self-Assembling networks for TRansparent electrode Applications \u2013 Bob<\/td><\/tr>
CPCA\/A1\/4416\/2020<\/td>LCA-UC | Navigator<\/td>SATRAP: Rational design of Self-Assembling networks for TRansparent electrode Applications \u2013 Navigator<\/td><\/tr>
CPCA\/A1\/4443\/2020<\/td>MACC | Bob<\/td>Search Design<\/td><\/tr>
CPCA\/A2\/4513\/2020<\/td>MACC | Bob<\/td>Nanoscale material design for advanced cutting tools<\/td><\/tr>
CPCA\/A2\/4568\/2020<\/td>INCD | Cirrus<\/td>Enzymatic Synthesis of Biopolymeric Conjugates for Advanced and Targeted Therapies<\/td><\/tr>
CPCA\/A2\/4595\/2020<\/td>INCD | Cirrus<\/td>Role of metal ions in DNA recognition by proteins<\/td><\/tr>
CPCA\/A2\/4628\/2020<\/td>HPC-UE | Oblivion<\/td>Optimal surface texturing patterns for greener and more energy efficient sliding contacts<\/td><\/tr>
CPCA\/A1\/4630\/2020<\/td>HPC-UE | Oblivion<\/td>Scalability of code for spatial simulations of turbulent flows a 2d-pencil decomposition<\/td><\/tr>
CPCA\/A1\/4781\/2020<\/td>HPC-UE | Oblivion<\/td>Protein S structure and dynamics \u2013 insight into SARS-CoV-2 entry<\/td><\/tr>
CPCA\/A2\/5043\/2020<\/td>INCD | Cirrus<\/td>Ab initio computational design of a plasmonic spintronic material<\/td><\/tr>
CPCA\/A1\/5214\/2020<\/td>INCD | Cirrus<\/td>Deep Neural Networks for Anomaly Detection in Machinery using Audio\/Vibration<\/td><\/tr>
CPCA\/A1\/5613\/2020<\/td>INCD | Stratus<\/td>Genetic Programming for Interpretability<\/td><\/tr>
CPCA\/A2\/5649\/2020<\/td>HPC-UE | Oblivion<\/td>TiSiNAg-o-Learn<\/td><\/tr>
CPCA\/A2\/5804\/2020<\/td>MACC | Bob<\/td>Net4CO2 \u2013 3D Simulations of NetMIX for Carbon Capture, Chemical Reaction, and Combustion <\/td><\/tr>
CPCA\/A1\/5903\/2020<\/td>INCD | Cirrus<\/td>MOOB- Multi-Objective Optimization of Buildings<\/td><\/tr>
CPCA\/A2\/6009\/2020<\/td>INCD | Stratus<\/td>CAMELOT \u2013 Cloud<\/td><\/tr>
CPCA\/A2\/6046\/2020<\/td>LCA-UC | Navigator<\/td>High Performance Computing of Wind Flows over Forested Mountains<\/td><\/tr>
CPCA\/A2\/6052\/2020<\/td>MACC | Bob<\/td>Deep learning for particle-laden viscoelastic flow modeling<\/td><\/tr>
CPCA\/A1\/6056\/2020<\/td>MACC | Bob<\/td>Injection Molding Simulator by Finite Pointset Method<\/td><\/tr>
CPCA\/A1\/6058\/2020<\/td>MACC | Bob<\/td>Modeling the Injection Molding of Fiber Reinforced Polymeric Materials<\/td><\/tr>
CPCA\/A2\/6193\/2020<\/td>INCD | Cirrus<\/td>Ocean-Atmosphere Dynamics of Island Wakes<\/td><\/tr>
CPCA\/A2\/6202\/2020<\/td>MACC | Bob<\/td>Exploitation of Open-Source Computational Fluid Dynamics in HPC Systems<\/td><\/tr>
CPCA\/A2\/6231\/2020<\/td>LCA-UC | Navigator<\/td>GreenShoes \u2013 Virtual prototyping, artificial intelligence and additive manufacturing in the footwear industry<\/td><\/tr>
CPCA\/A1\/6525\/2020<\/td>MACC | Bob<\/td>Electron-Phonon interaction in epitaxial Ge-Si-C superlattices<\/td><\/tr>
CPCA\/A1\/6717\/2020<\/td>LCA-UC | Navigator<\/td>Artificial Neural Networks for the Research and Development of Steel Structures Design<\/td><\/tr>
CPCA\/A1\/6759\/2020<\/td>MACC | Bob<\/td>LAW \u2013 NLP<\/td><\/tr>
CPCA\/A2\/6816\/2020<\/td>MACC | Bob<\/td>Multi-gluon vertices in Lattice QCD<\/td><\/tr>
CPCA\/A2\/6817\/2020<\/td>LCA-UC | Navigator<\/td>Epitaxial growth of multimetallic MXenes via nitrogen dissociation<\/td><\/tr>
CPCA\/A2\/6972\/2020<\/td>LCA-UC | Navigator<\/td>Expanding the druggable target space<\/td><\/tr>
CPCA\/A2\/6986\/2020<\/td>INCD | Cirrus<\/td>CIBME \u2013 Compression of images from emerging biomedical modalities<\/td><\/tr>
CPCA\/A1\/7015\/2020<\/td>MACC | Bob<\/td>Assessment of Footwear Thermal Comfort<\/td><\/tr>
CPCA\/A1\/7017\/2020<\/td>MACC | Bob<\/td>Computational Rheology with Complex Materials<\/td><\/tr>
CPCA\/A1\/7070\/2020<\/td>MACC | Bob<\/td>Berry connections from DFT calculations<\/td><\/tr>
CPCA\/A2\/7081\/2020<\/td>MACC | Bob<\/td>Molecular dynamics of crystallization of honey-like systems <\/td><\/tr>
CPCA\/A2\/7083\/2020<\/td>MACC | Bob<\/td>Microsolvation of ions in atomic and molecular solvents<\/td><\/tr>
CPCA\/A2\/7085\/2020<\/td>MACC | Bob<\/td>Dynamical lattice QCD simulations at finite temperature<\/td><\/tr>
CPCA\/A2\/7087\/2020<\/td>MACC | Bob<\/td>Natural Layered Perovskite Oxide Engineering for Green Technologies<\/td><\/tr>
CPCA\/A2\/7181\/2020<\/td>MACC | Bob<\/td>In Silico Optimization of Brain Imaging Probes with Enhanced Permeation<\/td><\/tr>
CPCA\/A2\/7192\/2020<\/td>INCD | Cirrus<\/td>High Velocity Water Jets: Combined Computational Fluid Dynamics (CFD) and Experimental Approaches to Characterize the Scouring Process<\/td><\/tr>
CPCA\/A1\/7203\/2020<\/td>HPC-UE | Oblivion<\/td>Numerical simulation of ammonia combustion in a swirl and bluff-body stabilized burner with complex chemistry<\/td><\/tr>
CPCA\/A2\/7217\/2020<\/td>INCD | Cirrus<\/td>Pathogenomics of coffee leaf rust to probe virulence mechanisms and diagnostic markers<\/td><\/tr>
CPCA\/A2\/7219\/2020<\/td>LCA-UC | Navigator<\/td>Dissecting dopamine receptor 2 functional mechanism<\/td><\/tr>
CPCA\/A1\/7240\/2020<\/td>MACC | Bob<\/td>CPU4MOSAIC<\/td><\/tr>
CPCA\/A2\/7242\/2020<\/td>HPC-UE | Oblivion<\/td>SINERGEA@RNCA \u2013 scenarios database for decision support of the integrated and optimized management of energy, bathing water quality and flooding in coastal cities<\/td><\/tr>
CPCA\/A1\/7252\/2020<\/td>INCD | Cirrus<\/td>Scalability of a novel Monte-Carlo method in the study of Ising lattices<\/td><\/tr>
CPCA\/A2\/7255\/2020<\/td>INCD | Stratus<\/td>CoastNet Research Infrastructure<\/td><\/tr>
CPCA\/A2\/7257\/2020<\/td>INCD | Cirrus<\/td>Novel radiation sources from laser-plasma interactions<\/td><\/tr>
CPCA\/A2\/7261\/2020<\/td>LCA-UC | Navigator<\/td>Two-Temperature Model \u2013 Molecular Dynamcis Simulations of Quantum Wells under Strongly Ionising Irradiation<\/td><\/tr>
CPCA\/A2\/7263\/2020<\/td>HPC-UE | Oblivion<\/td>Lattice thermal conductivity of biased bilayer graphene systems<\/td><\/tr>
CPCA\/A2\/7269\/2020<\/td>MACC | Bob<\/td>High-performance computational design of biocompatible cell scaffolds for tissue engineering<\/td><\/tr>
CPCA\/A0\/7276\/2020<\/td>MACC | Bob<\/td>Direct numerical simulations of turbulent planar wakes <\/td><\/tr>
CPCA\/A0\/7277\/2020<\/td>HPC-UE | Oblivion<\/td>Modeling radiation-induced defect engineering in silicon carbide: from quantum computing to radiation detection<\/td><\/tr>
CPCA\/A0\/7287\/2020<\/td>MACC | Bob<\/td>Does Yang-Mills have an ultraviolet fixed point in 5D?<\/td><\/tr>
CPCA\/A0\/7288\/2020<\/td>INCD | Cirrus<\/td>Nonlinear optical responses in two-dimensional materials<\/td><\/tr>
CPCA\/A0\/7289\/2020<\/td>INCD | Cirrus<\/td>Optical Response in Topological Materials<\/td><\/tr>
CPCA\/A0\/7290\/2020<\/td>MACC | Bob<\/td>High-Fidelity Simulations for Ocean Sustainable Solutions (HOSTESS)<\/td><\/tr>
CPCA\/A0\/7291\/2020<\/td>MACC | Bob<\/td>Hadron structure from nonperturbative QCD<\/td><\/tr>
CPCA\/A0\/7292\/2020<\/td>INCD | Cirrus<\/td>Optical response in disordered materials<\/td><\/tr>
CPCA\/A0\/7296\/2020<\/td>HPC-UE | Oblivion<\/td>Direct numerical simulations of large-scale magnetic fields<\/td><\/tr>
CPCA\/A0\/7297\/2020<\/td>INCD | Cirrus<\/td>Mechanisms of reproductive allochrony in endemic Portuguese seabirds: implications for population divergence and response to climate change<\/td><\/tr>
CPCA\/A0\/7299\/2020<\/td>MACC | Bob<\/td>Running Parallel Tasks Made Easier<\/td><\/tr>
CPCA\/A0\/7302\/2020<\/td>LCA-UC | Navigator<\/td>Structural and functional role of CACNG2 gene mutations in psychiatric diseases<\/td><\/tr>
CPCA\/A0\/7303\/2020<\/td>INCD | Cirrus<\/td>Population genomics of hybridization and adaptation<\/td><\/tr>
CPCA\/A0\/7304\/2020<\/td>INCD | Cirrus<\/td>Fighting multidrug resistance in cancer by targeting P-glycoprotein<\/td><\/tr>
CPCA\/A0\/7305\/2020<\/td>MACC | Bob<\/td>Design of protein chimeras targeting SARS-CoV-2<\/td><\/tr>
CPCA\/A0\/7308\/2020<\/td>HPC-UE | Oblivion<\/td>Real-space simulation of exciton properties<\/td><\/tr>
CPCA\/A0\/7309\/2020<\/td>MACC | Bob<\/td>Hybrid Improper Ferroelectricity in AA'Fe2O6 Double Perovskite<\/td><\/tr>
CPCA\/A0\/7311\/2020<\/td>MACC | Bob<\/td>Genomics of thermal adaptation: transcriptomic changes during climate warming<\/td><\/tr>
CPCA\/A1\/7313\/2020<\/td>INCD | Stratus<\/td>Meta-species analyzes of patterns of molecular variation in marine fauna<\/td><\/tr>
CPCA\/A0\/7316\/2020<\/td>MACC | Bob<\/td>Targeting Neuroinflammation: from target validation to the rational design of selective modulators<\/td><\/tr>
CPCA\/A0\/7318\/2020<\/td>MACC | Bob<\/td>Computation of Functions over Matrices using Monte Carlo<\/td><\/tr>
CPCA\/A0\/7322\/2020<\/td>MACC | Bob<\/td>Reducing the execution time of a solver in derivative-free optimization<\/td><\/tr>
CPCA\/A0\/7323\/2020<\/td>INCD | Cirrus<\/td>Computational Fluid Dynamics of Hypersonic, Reactive, and Plasma Flows <\/td><\/tr>
CPCA\/A0\/7324\/2020<\/td>MACC | Bob<\/td>FunMix \u2013 Fundamentals of Mixing Mechanics in Chemical Reactors<\/td><\/tr>
CPCA\/A0\/7326\/2020<\/td>LCA-UC | Navigator<\/td>Direct numerical simulations of viscoelastic turbulent wakes<\/td><\/tr>
CPCA\/A0\/7329\/2020<\/td>MACC | Bob<\/td>Coarse grain modeling of membrane function in health and disease<\/td><\/tr>
CPCA\/A0\/7346\/2020<\/td>LCA-UC | Navigator<\/td>Multiobjective optimization in structural-acoustic coupled problems<\/td><\/tr>
CPCA\/A0\/7347\/2020<\/td>LCA-UC | Navigator<\/td>Peridynamics for multifunctional composite structures<\/td><\/tr>
CPCA\/A0\/7348\/2020<\/td>MACC | Bob<\/td>Exotic optical properties of nonequilibrium quantum fluids<\/td><\/tr>
CPCA\/A1\/7350\/2020<\/td>INCD | Stratus<\/td>Comprehensive study of the mutational effects in E.coli<\/td><\/tr>
CPCA\/A0\/7356\/2020<\/td>MACC | Bob<\/td>EvoMod: Machine learning modeling of terpene-driven genome evolution in Pseudomonas sp. M1<\/td><\/tr>
CPCA\/A1\/7359\/2020<\/td>INCD | Stratus<\/td>Phylogenetic network inference for bioassessment and conservation<\/td><\/tr>
CPCA\/A0\/7361\/2020<\/td>MACC | Bob<\/td>MDUSa \u2013 Magnetospheric Dynamics of Ultra-compact Stars<\/td><\/tr>
CPCA\/A0\/7363\/2020<\/td>INCD | Cirrus<\/td>Generative Adversarial Networks for the material characterization of biological tissues<\/td><\/tr>
CPCA\/A0\/7400\/2020<\/td>MACC | Bob<\/td>Advanced computing for multi-scale reverse engineering<\/td><\/tr>
CPCA\/A0\/7401\/2020<\/td>MACC | Bob<\/td>COMPUTIO: Flood automation modeling in high slope watersheds using artificial intelligence and big data techniques<\/td><\/tr>
CPCA\/A0\/7402\/2020<\/td>MACC | Bob<\/td>Bio-inspired Optimization Algorithms for Unit Test Generation<\/td><\/tr>
CPCA\/A0\/7403\/2020<\/td>MACC | Bob<\/td>Designing DNA-hydrogels to remove mycotoxins from water environments<\/td><\/tr>
CPCA\/A2\/7407\/2020<\/td>INCD | Stratus<\/td>Performance evaluation of parallelization strategies in derivative-free optimization algorithms<\/td><\/tr>
CPCA\/A0\/7408\/2020<\/td>MACC | Bob<\/td>Modeling Variable Identifiers to Improve the Adoption of Automatically Generated Unit Tests<\/td><\/tr>
CPCA\/A0\/7412\/2020<\/td>LCA-UC | Navigator<\/td>Adsorption energies of corrosion inhibitors as smart data to search for new protective solutions for aeronautical applications<\/td><\/tr>
CPCA\/A0\/7416\/2020<\/td>INCD | Cirrus<\/td>Genomics of cadmium adaptation<\/td><\/tr>
CPCA\/A2\/7417\/2020<\/td>INCD | Stratus<\/td>Measuring and adapting team-level constructs: Challenges and opportunities<\/td><\/tr>
CPCA\/A0\/7420\/2020<\/td>MACC | Bob<\/td>High resolution wind-wave modeling for the North Atlantic<\/td><\/tr>
CPCA\/A2\/7425\/2020<\/td>INCD | Stratus<\/td>Fake News and Real People \u2013 Using Big Data to Understand Human Behavior (FARE)<\/td><\/tr>
CPCA\/A0\/7429\/2020<\/td>LCA-UC | Navigator<\/td>Deep learning architectures: NLP, reinforcement learning and benchmarking environments<\/td><\/tr>
CPCA\/A0\/7438\/2020<\/td>INCD | Stratus<\/td>Genomics for phylogenetics and epidemiology of microbial pathogens<\/td><\/tr>
CPCA\/A00\/4376\/2020<\/td>HPC-UE | Oblivion<\/td>Structure and dynamics of mono and bilayers subjected to external agents<\/td><\/tr>
CPCA\/A00\/6057\/2020<\/td>MACC | Bob<\/td>An Interface-Tracking Method to Simulate Viscoelastic Free-Surface Flows<\/td><\/tr>
CPCA\/A00\/7094\/2020<\/td>MACC | Bob<\/td>Design and optimization of DNA nanostructures to deliver antimicrobial agents<\/td><\/tr>
CPCA\/A00\/7150\/2020<\/td>LCA-UC | Navigator<\/td>Quantifying the stability of constrained alpha helices<\/td><\/tr>
CPCA\/A00\/7167\/2020<\/td>MACC | Bob<\/td>Spin and charge dynamics of novel 2D materials<\/td><\/tr>
CPCA\/A00\/7188\/2020<\/td>INCD | Cirrus<\/td>Hybrid modeling assessment flood discharge in Tua large dam<\/td><\/tr>
CPCA\/A00\/7246\/2020<\/td>MACC | Bob<\/td>Genetic variability on disease susceptibility: a genome-wide evaluation on gastric cancer and SARS-CoV-2 infected patients<\/td><\/tr>
CPCA\/A00\/7343\/2020<\/td>HPC-UE | Oblivion<\/td>Incommensurable effects in low-dimensional Quantum Materials<\/td><\/tr>
CPCA\/A00\/7421\/2020<\/td>HPC-UE | Oblivion<\/td>Effects of disorder in nodal loop semimetals<\/td><\/tr>
CPCA\/A00\/7439\/2020<\/td>HPC-UE | Oblivion<\/td>Old drugs with a new target<\/td><\/tr>
CPCA\/A00\/6782\/2020<\/td>MACC | Bob<\/td>Plenoptic imaging for skin lesion assessment<\/td><\/tr>
CPCA\/A00\/7140\/2020<\/td>INCD | Cirrus<\/td>Application of QM\/MM Methods in the Development of Biocatalysts<\/td><\/tr>
CPCA\/A00\/7145\/2020<\/td>INCD | Cirrus<\/td>Application of Molecular Dynamics Simulations in the Study of Biomolecular Interactions for the Identification of New Drug Candidates<\/td><\/tr>
CPCA\/A00\/7312\/2020<\/td>INCD | Cirrus<\/td>Insights into the CFTR ion gating mechanism provided by computer simulations<\/td><\/tr>
CPCA\/A00\/7319\/2020<\/td>INCD | Cirrus<\/td>Exploring the efflux and modulation mechanism of Human BCRP through Molecular Dynamics Simulations<\/td><\/tr>
CPCA\/A00\/7355\/2020<\/td>MACC | Bob<\/td>Large Eddy Simulation of supercritical mixing layers relevant to liquid rocket propulsion<\/td><\/tr>
CPCA\/A00\/7358\/2020<\/td>MACC | Bob<\/td>Direct Numerical Simulation of Two-Phase Flows<\/td><\/tr>
CPCA\/A00\/7387\/2020<\/td>INCD | Stratus<\/td>Optimization of Distributed Machine Learning Jobs in Cloud Environments<\/td><\/tr>
CPCA\/A00\/7395\/2020<\/td>INCD | Stratus<\/td>Exploring New Physics with Deep Learning in the era of Collider and Gravitational Wave experiments<\/td><\/tr>
CPCA\/A00\/7317\/2020<\/td>LCA-UC | Navigator<\/td>Generation of Magnetic Field by Thermal Convection of a Fluid Layer<\/td><\/tr>
CPCA\/A00\/7437\/2020<\/td>MACC | Bob<\/td>Study of Hydrophobic and Hydrophilic Interactions in Protein Aggregation towards the development of Aggregation Inhibitors<\/td><\/tr><\/tbody><\/table>
Table 4: List of 129 Projects Approved in the 1st CPCA Edition (2020\/21)<\/figcaption><\/figure>\n<\/details>\n\n\n\n
<\/div>\n\n\n\n

1st and 2nd editions of <\/mark><\/strong>Contest of Advanced Computing Projects Call<\/strong><\/strong> \u2013 AI on Google Cloud<\/mark> <\/h2>\n\n\n\n

FCT\/CPCA-IAC\/2022\/01<\/a> & FCT\/CPCA-IAC\/2023\/01<\/a> <\/strong><\/b> <\/p>\n\n\n\n

List of 11 projects approved in the 1st edition<\/summary>\n
Project Reference<\/strong><\/th>Platform<\/strong><\/th>Title<\/strong><\/th><\/tr><\/thead>
CPCA-IAC\/AF\/478821\/2022<\/td>GCP<\/td>Prediction of Gene-Phenotype associations Using Graph Embedding Methods<\/td><\/tr>
CPCA-IAC\/AF\/478645\/2022<\/td>GCP<\/td>Sentiment and Rating Understanding of Portuguese Review for Restaurants using Machine Learning and Natural Language Processing<\/td><\/tr>
CPCA-IAC\/AF\/475871\/2022<\/td>GCP<\/td>Data science at SYSTEC: deep learning for navigation, geophysical mapping, and multivariate time series forecasting<\/td><\/tr>
CPCA-IAC\/AV\/478750\/2022<\/td>GCP<\/td>Epistasis Detection on Heterogeneous AI-Enhanced Platforms<\/td><\/tr>
CPCA-IAC\/AV\/478394\/2022<\/td>GCP<\/td>ALBERTINA \u2013 Foundation Encoder Model for Portuguese and AI<\/td><\/tr>
CPCA-IAC\/AV\/478395\/2022<\/td>GCP<\/td>GPT-PT \u2013 Transformer-based Decoder for the Portuguese Language<\/td><\/tr>
CPCA-IAC\/AV\/475278\/2022<\/td>GCP<\/td>An Explainable and Interactive Distributed Machine Learning System<\/td><\/tr>
CPCA-IAC\/AV\/477942\/2022<\/td>GCP<\/td>Neural Architecture Search for Chemometric Tasks<\/td><\/tr>
CPCA-IAC\/AV\/475089\/2022<\/td>GCP<\/td>Hypergeometric Functions and Machine Learning in the Diagnosis Process<\/td><\/tr>
CPCA-IAC\/AV\/478719\/2022<\/td>GCP<\/td>foldProtein: alphafold proteins for function determination and drug discovery<\/td><\/tr>
CPCA-IAC\/AV\/478816\/2022<\/td>GCP<\/td>TRUST-DL \u2013 Trustworthy Deep Learning: Opening the black-box<\/td><\/tr><\/tbody><\/table>
Table 3: List of 11 Projects Approved in the 1st CPCA-IAC Edition (2022\/23)<\/figcaption><\/figure>\n<\/details>\n\n\n\n
List of 15 projects approved in the 2nd edition<\/summary>\n
Project Reference<\/strong><\/th>Platform<\/strong><\/th>Title<\/strong><\/th><\/tr><\/thead>
CPCA-IAC\/AF\/592080\/2023<\/td>GCP<\/td>AI2Learn \u2013 Artificial Intelligence to Learning<\/td><\/tr>
CPCA-IAC\/AF\/594386\/2023<\/td>GCP<\/td>Trans-Lighthouses \u2013 Citizen Science using GenerativeAI<\/td><\/tr>
CPCA-IAC\/AF\/594668\/2023<\/td>GCP<\/td>Automatic pre-cancer gastric lesions detection in upper endoscopy videos<\/td><\/tr>
CPCA-IAC\/AF\/594679\/2023<\/td>GCP<\/td>Intertidal species identification: an automated approach<\/td><\/tr>
CPCA-IAC\/AF\/594904\/2023<\/td>GCP<\/td>One billion datasetoids to learn them all \u2013 Generating datasets for meta-learning<\/td><\/tr>
CPCA-IAC\/AF\/589140\/2023<\/td>GCP<\/td>Enhancing Industrial and Environmental Modeling with Non-Local Operators in Neural Ordinary Differential Equations<\/td><\/tr>
CPCA-IAC\/AV\/594827\/2023<\/td>GCP<\/td>Natural Language Processing based on Graph Machine Learning and Deep Learning for Information Extraction<\/td><\/tr>
CPCA-IAC\/AV\/594467\/2023<\/td>GCP<\/td>Speech recognition for the sound reconstructed using a bio-inspired geometric model <\/td><\/tr>
CPCA-IAC\/AV\/594790\/2023<\/td>GCP<\/td>TrustAI4Sci: Trustworthy AI for Scientific Applications<\/td><\/tr>
CPCA-IAC\/AV\/594693\/2023<\/td>GCP<\/td>AstroLingua: Empowering Inclusive Astronomy through AI<\/td><\/tr>
CPCA-IAC\/AV\/594875\/2023<\/td>GCP<\/td>A Trustworthy Large Language Model for Portuguese and English<\/td><\/tr>
CPCA-IAC\/AV\/594794\/2023<\/td>GCP<\/td>PTicola \u2013 Increasing Computationally Language Resources for Portuguese<\/td><\/tr>
CPCA-IAC\/AV\/589164\/2023<\/td>GCP<\/td>HydroEthiX \u2013 Integrating Constraints for Sustainable Management of Hydropower Plants: A Transparent and Ethical AI Approach<\/td><\/tr>
CPCA-IAC\/AV\/590897\/2023<\/td>GCP<\/td>IMPROMPT Image Alteration with Language Prompts<\/td><\/tr>
CPCA-IAC\/AV\/591374\/2023<\/td>GCP<\/td>Unraveling Fatty Acyl-AMP Ligase substrates in Cyanobacteria through an Integrated Approach of Bioinformatics, Unsupervised Learning, and Natural Language Processing<\/td><\/tr><\/tbody><\/table>
Table 2: List of 15 Projects Approved in the 2nd edition of CPCA-IAC (2023\/24)<\/figcaption><\/figure>\n<\/details>\n\n\n\n

<\/p>\n\n\n\n

<\/div>\n\n\n\n

AI 4 COVID-19 Competition: Data Science and Artificial Intelligence in Public Administration<\/mark><\/strong><\/h2>\n\n\n\n

DSAIPA 2020 \u2013 AI4COVID<\/a><\/strong><\/p>\n\n\n\n

List of 5 approved projects with computational resources
<\/summary>\n
Project Reference<\/strong><\/th>Platform<\/strong><\/strong><\/th>Title<\/strong><\/th><\/tr><\/thead>
DSAIPA\/AI\/0083\/2020<\/td>Cirrus-A | INCD<\/td>THOR \u2013 Computer Assisted Thoracic Assessment using POCUS<\/td><\/tr>
DSAIPA\/AI\/0088\/2020<\/td>Navigator | LCA-UC & Stratus \u2013 Cloud| INCD<\/td>PandIA \u2013 Management of Pandemic Social Isolation Based on City and Social Intelligence<\/td><\/tr>

DSAIPA\/AI\/0094\/2020<\/td>		Navigator | LCA-UC<\/td>An intelligent system to improve patients' safety and remote surveillance in follow-up for cardiothoracic surgery<\/td><\/tr>
DSAIPA\/AI\/0111\/2020<\/td>Navigator | LCA-UC<\/td>Artificial Intelligence and Data Science Supporting Tool for the Detection, Diagnosis and Prognosis of the COVID-19 Disease<\/td><\/tr>
DSAIPA\/DS\/0118\/2020<\/td>Navigator | LCA-UC<\/td>Cutting-Edge Virus-Host Interactome Discovery: A Multi-Omics AI Driven Approach<\/td><\/tr><\/tbody><\/table>
Table 1. 5 Projects Approved with RNCA Resources in the AI 4 COVID Competition<\/figcaption><\/figure>\n<\/details>\n\n\n\n

<\/p>","protected":false},"excerpt":{"rendered":"

Projetos de Computa\u00e7\u00e3o Avan\u00e7ada Acessos InovIA – PMEs & Startups Laborat\u00f3rios virtuais de HPC, IA e Quantum Outros concursos FCT 6\u00aa edi\u00e7\u00e3o do Concurso de Projetos de Computa\u00e7\u00e3o Avan\u00e7ada Candidaturas …<\/p>","protected":false},"author":2,"featured_media":0,"parent":0,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"inline_featured_image":false,"_monsterinsights_skip_tracking":false,"_monsterinsights_sitenote_active":false,"_monsterinsights_sitenote_note":"","_monsterinsights_sitenote_category":0,"footnotes":""},"class_list":["post-750","page","type-page","status-publish","hentry"],"_links":{"self":[{"href":"https:\/\/rnca.fccn.pt\/en\/wp-json\/wp\/v2\/pages\/750","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/rnca.fccn.pt\/en\/wp-json\/wp\/v2\/pages"}],"about":[{"href":"https:\/\/rnca.fccn.pt\/en\/wp-json\/wp\/v2\/types\/page"}],"author":[{"embeddable":true,"href":"https:\/\/rnca.fccn.pt\/en\/wp-json\/wp\/v2\/users\/2"}],"replies":[{"embeddable":true,"href":"https:\/\/rnca.fccn.pt\/en\/wp-json\/wp\/v2\/comments?post=750"}],"version-history":[{"count":224,"href":"https:\/\/rnca.fccn.pt\/en\/wp-json\/wp\/v2\/pages\/750\/revisions"}],"predecessor-version":[{"id":10711,"href":"https:\/\/rnca.fccn.pt\/en\/wp-json\/wp\/v2\/pages\/750\/revisions\/10711"}],"wp:attachment":[{"href":"https:\/\/rnca.fccn.pt\/en\/wp-json\/wp\/v2\/media?parent=750"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}