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S2I2: Enabling grand challenge data intensive problems using future computing platforms

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S2I2: Enabling grand challenge data intensive problems using future computing platforms Project Wiki: future-compute.usc.edu David Bader Richard Vuduc – PowerPoint PPT presentation

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Title: S2I2: Enabling grand challenge data intensive problems using future computing platforms


1
S2I2 Enabling grand challenge data intensive
problems using future computing platforms
Project Wiki future-compute.usc.edu
David Bader Richard Vuduc Jason Riedy
Viktor Prasanna Yogesh Simmhan
Manish Parashar
Project Manager Shel Swenson (USC GATech)
shel.swenson_at_usc.edu
2
Software Infrastructure for Sustained Innovation
(SI2)
  • Transform innovations in research and education
    into sustained software resources that are an
    integral part of the cyberinfrastructure
  • Develop and maintain sustainable software
    infrastructure that can enhance productivity and
    accelerate innovation in science and engineering

From Dan Katz, SI2 PI Meeting, Jan 17th 2013
3
SI2 Software Infrastructure Projects
  • Scientific Software Innovation Institutes (S2I2)
  • Initial solicitation for conceptualization
    awards,(2012) 13 projects (co-funded with BIO,
    CISE, ENG, MPS)
  • Subsequent solicitation for 3-5 more S2I2s closed
    Feb 2013
  • Full institute solicitation in late FY14

4
FCP Center Vision
data-intensive grand challenge problems
accelerated applications and analyses
Center for Sustainable Software on Future
Computing Platforms
. . .
???
FPGA
GPGPU
Cloud
Multi-core
5
FCP Center Conceptualization Strategy
  • Target data-intensive problems that may be
    enabled by graph algorithms
  • Organize focused workshops with domain software
    and graph algorithms experts to
  • identify core graph problems
  • determine critical software infrastructure
  • discover software sustainability challenges
  • Build off previous PI activities to be the
    intellectual leadership for producing a graph
    algorithm framework for big data problems
  • determine necessary graph abstractions
  • build API and reference implementations
  • demonstrate impact by building FCP
    implementations for target domain areas
  • Integrate the products of the workshops into an
    in-depth conceptual design for a software center
    including
  • prioritization of RD, documentation and training
    activities
  • role of center staff, application domain
    researchers, and industry
  • management plan and implementation timeline

6
Conceptualization Activities
All-hands meeting Draft Full Proposal (Jan/Feb
2014)
SI2 PI Meeting at NSF (Jan 2013)
NGS-Enabled Applications Workshop (May 19)
Kick-off (Oct 2012)
A
A
2012
2013
2014
Supercomputing 2013 Technology Workshop and BoF
(Nov 2012)
Engaging NSF PMs and domain experts (Dec 2012)
Cyber-security Applications Workshop (July/Aug
2013)
Supercomputing 2012 BoF (Nov 2012)
7
FCP Role and Interactions
Domain scientists, tools developers, and
application users
Community
  • What are the communities that will benefit?
  • What are related projects, tools, vendors, etc.?
  • Who should we engage?

Center for Sustainable Software on Future
Computing Platforms
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