Research Triangle
Park, NC July 24,
2005 |
GENERAL
CHAIR |
Karsten Schwan, Georgia Tech |
PROGRAM
CO-CHAIRS |
Dhabaleswar K. Panda, Ohio State
Ada Gavrilovska, Georgia Tech |
IMPORTANT
DATES |
Submission
deadline: May 6, 2005
Extended deadline: June 4, 2005
Notification
of acceptance: June 24, 2005 Final Manuscript
due: July 1, 2005 Workshop: July 24, 2005 |
FURTHER
INFORMATION |
Please contact the Program
Co-Chair: Ada Gavrilovska <ada@cc.gatech.edu> |
SPONSORS |
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Program Highlights:
Keynote talks by Pankaj Mehra, HP, and Jamie Riotto, Cisco (Topspin)
Panel on the future of RDMA
The HPI-DC 2005 workshop will
be held in
conjunction with the 14th International Symposium on High Performance
Distributed Computing (HPDC-14), in Research Triangle Park,
NC.
The emergence of 10.0 GigE, InfiniBand, programmable
NICs, network processors, and protocols like DDP and RDMA over IP, make it
possible to create tightly linked systems across physical distances that
exceed those of traditional single cluster or server systems. Further,
these technologies can deliver communication capabilities that achieve the
performance levels needed by high end applications in enterprise systems
and like those produced by the high
performance computing community.
The purpose of this workshop is to explore the confluence of WAN
technologies with high performance interconnects, as applicable or applied
to realistic high end applications. The intent is to create a venue that
will act as a bridge between researchers developing tools and platforms
for high-performance distributed computing, end user applications seeking
high performance solutions, and technology providers aiming to improve
interconnect and networking technologies for future systems. The hope is
to foster knowledge creation and intellectual interchanges between HPC end
users and technology developers in the specific domain of high performance
interconnects.
Topics of interest include:
-
Hardware/software
architectures for communication infrastructures for HPC
-
Data and control
protocols for interactive and large data volume applications
-
Novel devices and
technologies to enhance interconnect properties
-
Interconnect-level issues
when extending high performance beyond single machines, including
architecture, protocols, services, QoS, and security
-
Remote storage (like
iSCSI), remote databases, and datacenters, etc
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