TPC25-1000

Agenda

Agenda At a Glance

Monday, July 28

9:00

Hackathon Opening Plenary

Tutorial Opening Plenary

10:30

Break

11:00

Hackathon Session 2

Tutorial Sessions 2

12:30

Lunch

14:00

Hackathon Session 3

Tutorial Sessions 3

15:30

Break

16:00

Hackathon Session 4

Tutorial Sessions 4

17:30

Break

18:00 – 19:30

Hammerspace Hackathon/Tutorial Networking Gathering

Tuesday, July 29

9:00

Hackathon Session 5

Tutorial Session 5

Exhibition

10:30

Break

EXHBITION

10:45

Hackathon Session 6

Tutorial Session 6

Exhibition

13:00

Lunch

EXHBITION

14:00

Opening Plenary

EXHBITION

15:30

Break

EXHBITION

16:00

Plenary 2

EXHBITION

17:30

Break

EXHBITION

18:00 – 19:30

Google Welcome Reception

Wednesday, July 30

9:00

plenary 3

EXHBITION

10:30

BREAK

EXHBITION

11:00

plenary 4

EXHBITION

12:30

LUNCH & PANEL DISCUSSION

EXHBITION

14:00

Parallel Breakouts A

EXHBITION

15:30

BREAK

EXHBITION

16:00

Parallel Breakouts B

EXHBITION

Thursday, July 31

8:30

Parallel Breakouts C

10:30

BREAK

11:00

Parallel Breakouts D

12:30

LUNCH & PANEL DISCUSSION

14:00

Parallel Breakouts E

15:30

BREAK

16:00

Plenary 5: Closing Session

Plenaries and Breakouts

are open to all conference attendees.

Tutorials

are open to all conference attendees, for an additional fee.

Hackathons

are open to TPC members and invited guests.

Exhibition Area

is open to all, July 29-30. For information on getting a table,

Plenary, breakout, hackathon, and tutorial topics and speakers are TBD as per TPC Steering and Program Committees, and will be announced over the coming months. Some of TPC’s prior speakers include:

Ian Foster, one of the 10 most cited computer scientists in the U.S. His work in “Grid Computing” began in 1994 and provided much of the underlying principles that were applied a decade later to create cloud computing. His team’s distributed computing infrastructure, Globus, is used by hundreds of computing centers around the world for both traditional scientific HPC computing and for AI workflows.

Rick Stevens, who is responsible for Argonne’s HPC center and a portfolio of over $500M/year of research. He has been one of the leaders in the DOE community that laid the intellectual and funding groundwork for the multi-$B Exascale project and the multi-$B plan for DOE investment in AI.

Satoshi Matsuoka, Japan’s leading computational scientist, with a portfolio and responsibilities at Japan’s RIKEN national laboratory similar to Rick Stevens’ programs at Argonne. He has won numerous international leadership awards and received an award from the Emperor of Japan for his work computational modeling of COVID-19 spread, which saved lives through its use designing public health policies during the pandemic.

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