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IN CONSTRUCTION

This event is supported by INRIA, UIUC, NCSA, ANL, as well as by EDF

Main Topics

Schedule

            Speaker

Affiliation

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Workshop Day 1

Wednesday June 13th

 

 

 

 

 

 

 

 

 

 

ALL TITLES ARE TEMPORARY 

 

Registration

08:00

 

 

 

 

 

Welcome and Introduction

08:30

Marc Snir + Franck Cappello

INRIA&UIUC

Background

Welcome, Workshop objectives and organization


 

08:45

Bertrand Braunschweig

INRIA

Background

Welcome to INRIA Rennes


 

09:00

Thierry Priol

INRIA

Background

HPC @ INRIA (update)


Sustained Petascale
Chair: Gabriel Antoniu

09:15

Bill Kramer

NCSA

Background

Blue Waters UPDATE


 

09:45

François Bodin

INRIA

Background

OpenACC

 

 

10:15

Break

 

 

 

 


10:45

Thom Dunning

NCSA

Background

Blue Waters Applications and Scalability/Performance Challenges

 

 

11:15

Marc Snir

ANL

Background

BlueGene Q: First impression

 

 

11:45

Robert Ross

ANL

Background

BIG DATA

 

 

12:15

Lunch

 

 

 

 

Mini Workshop1

 

 

 

 

 

 

Fault tolerance
Chair: Franck Cappello

13:30

Bill Kramer and Marc Snir

UIUC, ANL

Background

Fault tolerance needs at NCSA and ANL


 

14:00

Ana Gainaru

ANL

Joint Result

High precision fault prediction for Blue Waters

 

 

14:30

Thomas Ropars

EPFL

Joint Result

TBD

 

 

15:00

Break

 

 

 

 


15:30

Mehdi Diouri

INRIA

Joint Results

Fault tolerance and energy consumption

 

 

16:00

Amina Guermouche

INRIA

Joint Results

TBD.

 

 

16:30

Derrick Kondo

INRIA

Joint Results

TBD.

 

 

17:00

Discussions



How to address Petascale fault tolerance needs

 

 

18:00

Adjourn

 

 


 

Mini Workshop2

 

 

 

 

 

 

I/O and BigData
Chair: Rob Ross

13:30

Thom Dunning and Rob Ross

UIUC, ANL

Background

I/O and BIGDATA needs at NCSA and ANL


 

14:00

Gabriel Antoniu

INRIA

Joint Result

TBD

 

 

14:30

Matthieu Dorier

INRIA

Joint Result

In-Situ Interactive Visualization of HPC Simulations with Damaris

 

 

15:00

Break

 

 

 

 


15:30

Pavan Balaji

ANL

Background

Fault tolerance and energy consumption

 

 

16:00

Dries Kimpe

ANL

Background

TBD

 

 

16:30

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17:00

Discussions



How to address Petascale I/O and Big Data needs

 

 

18:00

Adjourn

 

 


 

 

 

 

 

 

 

 

Workshop Day 2

Thursday June 14th

 

 

 

 

 

 

 

 

 

 

 

 

Math for HPC
Chair: Marc Snir

08:30

Frederic Vivien

INRIA

Joint Result

A Unified...

 

 

09:00

Paul Hovland

ANL

Background

TBD.

 


09:30

Laurent Hascoet

INRIA

Joint Results 

TBD.

 

 

10:00

Break

 

 

 

 

Programming languages
Chair: François Bodin

10:30

Rajeev Thakur

ANL

Background

TBD.

 

 

11:00

Sanjay Kale

UIUC

Background

TBD.

 

 

11:30

Torsten Hoefler

NCSA --> ETH

Background

TBD.

 

 

13:30

Lunch

 

 

 

 

 

 

 

 

 

 

 

Mini Workshop3

 

 

 

 

 

 

Numerical libraries
Chair: Paul Hovland

13:30

Paul Hovland and Bill Gropp

UIUC, ANL

Background

Numerical libraries needs at NCSA and ANL


 

14:00

Laura Grigori

INRIA

Joint Result

TBD

 

 

14:30

François Pelegrini

INRIA

Joint Result

TBD

 

 

15:00

Joceyne

INRIA

Background

TBD

 

 

15:00

Break

 

 

 

 


15:30

Daisuke Takahashi

U. Tsukuba

Joint Result

TBD

 

 

16:00

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16:30

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17:00

Discussions



How to address Petascale Numerical Libraries needs

 

 

18:00

Adjourn

 

 


 

 

 

 

 

 

 

 

Mini Workshop4

 

 

 

 

 

 

Programing Models
Chair:  Sanjay Kale

13:30

Rajeev Thakur and Sanjay Kale

UIUC, ANL

Background

Programming model needs at NCSA and ANL


 

14:00

Jean-François Mehaut

INRIA

Joint Result

TBD

 

 

14:30

Brice Goglin

INRIA

Background

TBD

 

 

15:00

Pavan Balaji

ANL

Background

TBD

 

 

15:00

Break

 

 

 

 


15:30

Daisuke Takahashi

U. Tsukuba

Joint Result

TBD

 

 

16:00

Alexandre Duchateau

INRIA

Joint Result

TBD

 

 

16:30

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17:00

Discussions



How to address Petascale programing model needs

 

 

18:00

Adjourn

 

 


 

 

 

 

 

 

 

 

 

19:00

Banquet

 

 

@ Saint Malot

 

 

 

 

 

 

 

 

Workshop Day 3

Friday June 15th

 

 

 

 

 

 

 

 

 

 

 

 

Mini Workshop5

 

 

 

 

 

 

Mapping and Scheduling
Chair:  Torsten Hoefler

08:30

BIll Kramer and Marc Snir

UIUC, ANL

Background

Mapping and Scheduling needs at NCSA and ANL


 

09:00

Emmanuel Jeonnot

INRIA

Joint Result

TBD

 

 

09:30

François Pellegrini

INRIA

Background

TBD

 

 

10:00

Torsten Hoefler

NCSA --> ETH

Background

TBD

 

 

10:30

Joseph Emeras (Olivier Richard)

INRIA

Background

TBD

 

 

11:00

Discussions



How to address Petascale Mapping and Scheduling needs

 

Mini Workshop6

 

 

 

 

 

 

HPC/Cloud
Chair:  Frederic Desprez

08:30

Kate Keahey and Franck Cappello

ANL, INRIA

Background

An introduction to HPC Cloud


 

09:00

Gabriel Antoniu

INRIA

Joint Result

TBD

 

 

09:30

Frederic Desprez

INRIA

Background

TBD

 

 

10:00

Bogdan Nicolae

INRIA

Joint Results

TBD

 

 

10:30

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TBD

 

 

11:00

Discussions



How to address HPC Cloud needs

 

 

 

 

 

 

 

 

 

12:00

Franck Cappello and Marc Snir

 

 

Discussion and Closing

 

 

 

 

 

 

 

 

 

12:30

Lunch

 

 

 

 

Abstracts

Matthieu Dorier: In-Situ Interactive Visualization of HPC Simulations with Damaris

Abstract :
The I/O bottlenecks already present on current petascale systems force to consider new approaches to get insights from running simulations. Trying to bypass storage or drastically reducing the amount of data generated will be of outmost importance for the scales to come and, in particular, for Blue Waters.

This presentation will focus on the specific case of in-situ data analysis collocated with the simulation’s code and running on the same resources. We will first present some common visualization and analysis tools, and show the limitations of their in-situ capabilities. We then present how we enriched the Damaris I/O middleware to support analysis and visualization operations. We show that the use of Damaris on top of existing visualization packages allows us to (1) reduce code instrumentation to a minimum in existing simulations, (2) gather the capabilities of several visualization tools to offer adaptability under a unified data management interface, (3) use dedicated cores to hide the run time impact of in-situ visualization and (4) efficiently use memory through an allocation-based communication model.

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