Who are the users?BioExcel CoEGSS ECAM EoCoE

academia and industry

policy makers, public bodies,

NGOs, industries, academia,

SME

extended CECAM

academic community +

industrial associates

researchers of meteo,

material, water & fusion

ESiWACE MaX NoMaD POPClimate

scientists & centres

performing weather

prediction

ICT, energy, health

pharma, transportationmanufacturing

Academic & industrial

researchers and the public

Code developers

interested on assessment of applications

How close to exascale?BioExcel CoEGSS ECAM EoCoE

Exascale target varies between the codes due to the nature of the algorithms

Hard to estimate

not primarily aimed at exascale

-

ESiWACE MaX NoMaD POPCurrently climate

modeling is far away from exascale

doubling scalability of codes every

18-24 months

Massively large-scale materials

information will lead to exascale

Performance analysis is a mandatory

step to move real codes to

exascale

Co-Design?BioExcel CoEGSS ECAM EoCoE

work with h/w manufacturers for

early porting & optimization on

general & accelerator systems

Co-Design with selected

vendors outside of the

consortium

- -

ESiWACE MaX NoMaD POP- part of the

co-design is carried out with a SME

Apache Flink system,

preliminary results

expected in 6 months

Analysing performance

of applications gives insight

for co-design

PRACE 0.5% for HPC CoEs BioExcel CoEGSS ECAM EoCoElarge-scale

benchmarking / verification of

supported software

At a project advanced

stage

Under discussion (3

PRACE centers are partners)

large scale performance analysis &

code testing

ESiWACE MaX NoMaD POPEvaluation of

PRACE software stack

for Earth System

modeling

internal development

& specific enabling

actions for HPC users

calculations demanded by the users, re-computation of suspected low-veracity

data

large scale studies / or when user

has no resources available