September 17th, 2018
Welcome - C. PAPANICOLAS
Renewable Energy meets High Performance Computing - E. AUDIT
Driving Advances in Energy with High Performance Computing - S. HAMMOND
Overview of EoCoE Application Support Activities - P. GIBBON
Materials for energy - M. CELINO
Using Direct Relation Graphs to accelerate forecasting simulations - Z. NICOLAOU
Parallel Data Interface - a library to decouple applications from IO concerns - J. BIGOT
The european energy research alliance - A. GAMMA
Multiscale simulation of the thermal properties of materials for energy applications - P. ASINARI
CFD for Wind Energy - H. OWEN
High-Performance Computing at Exascale: challenges and benefits - M. LOBET
The AGMG solver in EoCoE application codes - Y. NOTAY
Parallel I/O: Benchmarking and common pitfalls - S. LUHRS
Systems Analysis with Artificial Intelligence based Planet Gamification - S. LISGO
Towards the modelling of ITER relevant plasmas: main outcomes of EoCoE - Y. SARAZIN
Continental-scale high resolution terrestrial hydrologic modeling over Europe - B. NAZ
On the predictability of extreme wind and pv power forecast errors – an ultra large ensemble approach – - J. BERNDT
Performance evaluation of accelerator enabled linear algebra libraries / booster architectures - S. BRDAR
Advanced numerical methods for plasma-edge simulations in tokamaks - G. GIORDANI
Best Practices on code profiling - J. LABARTA
Simulation of Magnetohydrodynamic Instabilities and their control for ITER - G. HUYSMANS
Tokamesh : A software for mesh generation in Tokamaks - H. GUILLARD
Formulation for optimization of CSP storage scheduling under uncertainty - J. CUMPSTON
Computational characterization of passivated contacts for silicon solar cells - U. AEBERHARD
Modeling hydropower production in the Italian Alpine region: statistical vs physically-based approach - A. GALLETTI
Hybrid kinetic-fluid modelling of neutral particles for ITER plasmas - M. VALENTINUZZI
Renewable Energy meets High Performance Computing - E. AUDIT
Driving Advances in Energy with High Performance Computing - S. HAMMOND
Overview of EoCoE Application Support Activities - P. GIBBON
Materials for energy - M. CELINO
Using Direct Relation Graphs to accelerate forecasting simulations - Z. NICOLAOU
Parallel Data Interface - a library to decouple applications from IO concerns - J. BIGOT
The european energy research alliance - A. GAMMA
Multiscale simulation of the thermal properties of materials for energy applications - P. ASINARI
CFD for Wind Energy - H. OWEN
High-Performance Computing at Exascale: challenges and benefits - M. LOBET
The AGMG solver in EoCoE application codes - Y. NOTAY
Parallel I/O: Benchmarking and common pitfalls - S. LUHRS
Systems Analysis with Artificial Intelligence based Planet Gamification - S. LISGO
Towards the modelling of ITER relevant plasmas: main outcomes of EoCoE - Y. SARAZIN
Continental-scale high resolution terrestrial hydrologic modeling over Europe - B. NAZ
On the predictability of extreme wind and pv power forecast errors – an ultra large ensemble approach – - J. BERNDT
Performance evaluation of accelerator enabled linear algebra libraries / booster architectures - S. BRDAR
Advanced numerical methods for plasma-edge simulations in tokamaks - G. GIORDANI
Best Practices on code profiling - J. LABARTA
Simulation of Magnetohydrodynamic Instabilities and their control for ITER - G. HUYSMANS
Tokamesh : A software for mesh generation in Tokamaks - H. GUILLARD
Formulation for optimization of CSP storage scheduling under uncertainty - J. CUMPSTON
Computational characterization of passivated contacts for silicon solar cells - U. AEBERHARD
Modeling hydropower production in the Italian Alpine region: statistical vs physically-based approach - A. GALLETTI
Hybrid kinetic-fluid modelling of neutral particles for ITER plasmas - M. VALENTINUZZI
June 7th, 2018
The European Energy Research Alliance EERA - A. EL GAMMAL
EoCoE general presentation - E. AUDIT
AMPEA: The Joint Programme on Advanced Materials and Processes for Energy Applications - F. CHANDEZON
EoCoE: the Materials for Energy pillar - M. CELINO
Thermoelectric materials for energy harvesting new modelling tools with predictive power - O. LOVVIK
EoCoE Performance Benchmarking Methodology - P. GIBBON
Multiscale modelling of materials,processes and devices in AMPEA - D. LACROIX
Supercomputers meet Metalwalls - A. MARIN-LAFLECHE
Massive MD simulations of an ionic liquid in nano-confinement - S. MOSSA
Challenges on battery modeling - M. CHANDESRIS
Clean energy through innovative materials - S. PERRAUD
European Energy Materials Development Platform - I. HOLGER
Computational Materials Design - T. SUHONEN
Catalytic Activity of Defective Nanomaterials towards Oxygen Reduction Reaction: An abinitio approach - E. GRACIA-ESPINO
Mission Innovation - Clean Energy Materials Innovation Challenge 6 - M. FABRIZIO
EoCoE general presentation - E. AUDIT
AMPEA: The Joint Programme on Advanced Materials and Processes for Energy Applications - F. CHANDEZON
EoCoE: the Materials for Energy pillar - M. CELINO
Thermoelectric materials for energy harvesting new modelling tools with predictive power - O. LOVVIK
EoCoE Performance Benchmarking Methodology - P. GIBBON
Multiscale modelling of materials,processes and devices in AMPEA - D. LACROIX
Supercomputers meet Metalwalls - A. MARIN-LAFLECHE
Massive MD simulations of an ionic liquid in nano-confinement - S. MOSSA
Challenges on battery modeling - M. CHANDESRIS
Clean energy through innovative materials - S. PERRAUD
European Energy Materials Development Platform - I. HOLGER
Computational Materials Design - T. SUHONEN
Catalytic Activity of Defective Nanomaterials towards Oxygen Reduction Reaction: An abinitio approach - E. GRACIA-ESPINO
Mission Innovation - Clean Energy Materials Innovation Challenge 6 - M. FABRIZIO
November 11th, 2017
Fault Tolerance Interface v1.0 - L. BAUTISTA GOMEZ
Modularity and Portability for HPC - B. VIDEAU
High resolution hydrological models over Europe using CLM and ParFlow, highlighting recent model and application developments - W. SHARPLES
Performance engineering as key technology to reach exascale - G. WELLEIN
Scheduling of dispatchable electricity from concentrating solar power - J. CUMPSTON
Advanced numerical methods for plasma-edge simulations in tokamaks - G. GIORGIANI
Modularity and Portability for HPC - B. VIDEAU
High resolution hydrological models over Europe using CLM and ParFlow, highlighting recent model and application developments - W. SHARPLES
Performance engineering as key technology to reach exascale - G. WELLEIN
Scheduling of dispatchable electricity from concentrating solar power - J. CUMPSTON
Advanced numerical methods for plasma-edge simulations in tokamaks - G. GIORGIANI
October 4-5, 2017
EoCoE general presentation - E. AUDIT
Overview of the Centre Informatique National de l'Enseignement Supérieur - O. ROUCHON
Intel Xeon Phi Processor - A. FARJALLAH
Towards energy consumption application profiling with BULL energy software - F. BOILLOD-CERNEUX
GENCI - Intel Knights Landing: performance and usability assessment for scientific communities - G. HAUTREUX
MARCONI, the Tier 0 system of CIENCA - P. BONFA
Optimizing Electronic-Structure, Codes for KNL: Lights and Shadows - P. BONFA
qr_mumps: a runtime-based sequential taskflow parallel solver - A. BUTTARI
Team ALYA (BSC) - H. OWEN
Efficient Monte Carlo Neutron Transport Calculations with Advanced Architectures - C. CALVIN
METALWALLS - M. HAEFELE
Towards Green Aviation with Python at Petascale - P. VINCENT
DEEP-EST project - N. EICKER
Fusion Energy and the Case for Exascale Computing - S. LISGO
Scaling and optimizing Gysela code on a Intel KNL cluster - G. LATU
Particle-In-Cell code on the road to exascale: adaptation to MIC architectures - M. LOBET
POP - Performance auditing of applications on new architectures (KNL) - B. WYLIE
Overview of the Centre Informatique National de l'Enseignement Supérieur - O. ROUCHON
Intel Xeon Phi Processor - A. FARJALLAH
Towards energy consumption application profiling with BULL energy software - F. BOILLOD-CERNEUX
GENCI - Intel Knights Landing: performance and usability assessment for scientific communities - G. HAUTREUX
MARCONI, the Tier 0 system of CIENCA - P. BONFA
Optimizing Electronic-Structure, Codes for KNL: Lights and Shadows - P. BONFA
qr_mumps: a runtime-based sequential taskflow parallel solver - A. BUTTARI
Team ALYA (BSC) - H. OWEN
Efficient Monte Carlo Neutron Transport Calculations with Advanced Architectures - C. CALVIN
METALWALLS - M. HAEFELE
Towards Green Aviation with Python at Petascale - P. VINCENT
DEEP-EST project - N. EICKER
Fusion Energy and the Case for Exascale Computing - S. LISGO
Scaling and optimizing Gysela code on a Intel KNL cluster - G. LATU
Particle-In-Cell code on the road to exascale: adaptation to MIC architectures - M. LOBET
POP - Performance auditing of applications on new architectures (KNL) - B. WYLIE
June 15th, 2017
Overview of European HPC strategy - A. FELTRIN
EoCoE general presentation - E. AUDIT
HPC-Enabling of Energy Applications with EoCoE - P. GIBBON
Why HPC applicative services become key ? - X. VIGOUROUX
DDN vision for data-intensive workloads and collaboration with EoCoE - J. COOMER
AMPEA: The Joint Programme on Advanced Materials and Processes for Energy Applications - D. LACROIX
The Role of HPC in the Energy Sector Digitalization - R. BESSA
eWaterCycle - R. HUT
Modeling for magnetic fusion at the exascale - F. JENKO
The Need for HPC to Support the Energy Transition - H. IHSSEN
Round table
EoCoE general presentation - E. AUDIT
HPC-Enabling of Energy Applications with EoCoE - P. GIBBON
Why HPC applicative services become key ? - X. VIGOUROUX
DDN vision for data-intensive workloads and collaboration with EoCoE - J. COOMER
AMPEA: The Joint Programme on Advanced Materials and Processes for Energy Applications - D. LACROIX
The Role of HPC in the Energy Sector Digitalization - R. BESSA
eWaterCycle - R. HUT
Modeling for magnetic fusion at the exascale - F. JENKO
The Need for HPC to Support the Energy Transition - H. IHSSEN
Round table
May 16th, 2017
Exascale and Beyond - M. SNIR
Electronic structure calculations in HPC framework: Solutions for profiling, load-balancing and post-processing - L. GENOVESE
Parallel Linear Algebra Packages: PSBLAS and MLD2P4. Use cases and research results - S. FILIPPONE
Scalable subsurface flow simulations with PARFLOW - J. FONSECA
Application Performance Evaluation and Optimisation Strategy in EoCoE - P. GIBBON
The future of CoEs: How to adapt to disruptive hardware evolutions: common issues to be shared between EoCoE and ESiWACE - M. SNIR, F. BODIN, P. BAUER, J. GOODACRE
Electronic structure calculations in HPC framework: Solutions for profiling, load-balancing and post-processing - L. GENOVESE
Parallel Linear Algebra Packages: PSBLAS and MLD2P4. Use cases and research results - S. FILIPPONE
Scalable subsurface flow simulations with PARFLOW - J. FONSECA
Application Performance Evaluation and Optimisation Strategy in EoCoE - P. GIBBON
The future of CoEs: How to adapt to disruptive hardware evolutions: common issues to be shared between EoCoE and ESiWACE - M. SNIR, F. BODIN, P. BAUER, J. GOODACRE
November 30th 2016
Programming Modern HPC Platforms - O. AUMAGE
BOAST Performance Portability Using Meta-Programming and Auto-Tuning - B. VIDEAU
Electronic structure calculations in HPC framework: Solutions for profiling, load-balancing and post-processing - L. GENOVESE
Using JUBE as a flexible development, benchmarking and runcontrol framework - W. SHARPLES
An introduction to Vizir : An interactive mesh visualization and modification software - A. LOSEILLE
ENEA ICT and HPC infrastructures - GP. CELATA
Objectives of the Meeting - E. AUDIT, N. GIRARD
WP1 - to + 1 Year - M. HAEFELE
WP2 - Meteorology for Energy - H. ELBERN
WP3 - Materials4Energy - M. CELINO
WP4 - Water4Energy - S. KOLLET
WP5 - Fusion for Energy - Y. SARAZIN
BOAST Performance Portability Using Meta-Programming and Auto-Tuning - B. VIDEAU
Electronic structure calculations in HPC framework: Solutions for profiling, load-balancing and post-processing - L. GENOVESE
Using JUBE as a flexible development, benchmarking and runcontrol framework - W. SHARPLES
An introduction to Vizir : An interactive mesh visualization and modification software - A. LOSEILLE
ENEA ICT and HPC infrastructures - GP. CELATA
Objectives of the Meeting - E. AUDIT, N. GIRARD
WP1 - to + 1 Year - M. HAEFELE
WP2 - Meteorology for Energy - H. ELBERN
WP3 - Materials4Energy - M. CELINO
WP4 - Water4Energy - S. KOLLET
WP5 - Fusion for Energy - Y. SARAZIN
July 5th 2016
Welcoming address and PSNC presentation - N. MEYER
WP1 - Transversal basis - M. HAEFELE
WP2 - Meteorology for Energy - H. ELBERN
WP3 - Materials4Energy - M. CELINO
WP4 - Water for Energy - S. KOLLET
WP5 - Fusion for Energy - E. SÖNNENDRÜCKER
WP6 - Knowledge management & Networking strategy - N. JARRAUD
CIEMAT capabilities related to EoCoE - R. MAYO GARCIA
WP1 - Transversal basis - M. HAEFELE
WP2 - Meteorology for Energy - H. ELBERN
WP3 - Materials4Energy - M. CELINO
WP4 - Water for Energy - S. KOLLET
WP5 - Fusion for Energy - E. SÖNNENDRÜCKER
WP6 - Knowledge management & Networking strategy - N. JARRAUD
CIEMAT capabilities related to EoCoE - R. MAYO GARCIA
October 5th 2015
Opening - M. FAURY
Welcome speech - D. BORGIS
INRIA's Presentation - MH. PAUTRAT
What the DG CNECT is expecting from EoCoE? - JP. CAMINADE
Project goals & structure presentation - E. AUDIT
WP1 - The transversal basis - M. HAEFELE
WP2 - Meteorology for Energy - H. ELBERN
WP3 - Materials4Energy - M. CELINO
WP4 - Water4Energy - S. KOLLET
WP5 - Fusion for Energy - Y. SARAZIN
WP6 - Knowledge Management and Strategic Networking - N. JARRAUD
Wrap-up talk - T. LIPPERT
Welcome speech - D. BORGIS
INRIA's Presentation - MH. PAUTRAT
What the DG CNECT is expecting from EoCoE? - JP. CAMINADE
Project goals & structure presentation - E. AUDIT
WP1 - The transversal basis - M. HAEFELE
WP2 - Meteorology for Energy - H. ELBERN
WP3 - Materials4Energy - M. CELINO
WP4 - Water4Energy - S. KOLLET
WP5 - Fusion for Energy - Y. SARAZIN
WP6 - Knowledge Management and Strategic Networking - N. JARRAUD
Wrap-up talk - T. LIPPERT
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