Evaluating Support for Global Address Space Languages on the Cray X1 Christian Bell Wei Chen Dan Bonachea

Source URL: gasnet.lbl.gov

Winner Best Paper, International Parallel & Distributed Processing Symposium (IPDPS), March 24-30, 2007, Long Beach, CA. Scientific Application Performance on Candidate PetaScale Platforms Leonid Oliker1 , Andrew Cannin

Source URL: crd.lbl.gov

• Parallel computing
• Supercomputers
• Concurrent computing
• Distributed computing architecture
• Cray X1
• Supercomputer
• Cell
• Opteron
• Multi-core processor
• FLOPS
• Cray
• Jaguar

Microsoft PowerPoint - gasapps-sc05-v9.ppt [Read-Only]

Source URL: titanium.cs.berkeley.edu

• Computing
• Parallel computing
• QsNet
• SHMEM
• Unified Parallel C
• Partitioned global address space
• MVAPICH
• Quadrics
• Cray X1
• MPI
• Cray
• Opteron

The STREAM Benchmark John D. McCalpin, Ph.D. IBM eServer Performance ^

Source URL: www.cs.virginia.edu

• Fortran
• FLOPS
• ETA10
• OpenMP
• Cray-1
• Cray X1
• Computing
• Supercomputers
• Cray

Microsoft PowerPoint - UPC_User_Forum.ppt

Source URL: upc.gwu.edu

• Cray X1
• Cray
• Unified Parallel C
• Computing
• Supercomputers
• Parallel computing

DOE UltraScience Net: High-Performance Experimental Network Research Testbed Presented by

Source URL: www.csm.ornl.gov

• Energy Sciences Network
• Cray X1
• Synchronous optical networking
• Transaction Language 1
• Computing
• Supercomputers
• Virtual LAN

Survey of “Present and Future Supercomputer Architectures and their Interconnects” Jack Dongarra

Source URL: www.netlib.org

• PARAM
• Cray X1
• Blue Gene
• K computer
• QsNet
• Supercomputer architecture
• NEC SX-8
• Earth Simulator
• Supercomputer
• Computing
• Supercomputers
• Quadrics

Results on IBM/Blue Gene using PRODIF a parallel seismic wave modeling code

Source URL: www.irisa.fr

• Multi-core processor
• Blue Gene
• Scalability
• Speedup
• Cray X1
• Concurrent computing
• Computing
• Parallel computing

Hybrid Parallel Programming on HPC Platforms Rolf Rabenseifner∗ Summary Most HPC systems are clusters of shared memory nodes. Parallel programming must combine the distributed memory parallelization on the node inter-c

Source URL: www.compunity.org

• Computer programming
• Message Passing Interface
• Earth Simulator
• OpenMP
• Thread
• Cray X1
• Computer cluster
• Remote direct memory access
• Massively parallel
• Computing
• Concurrent computing
• Parallel computing

Evaluating Support for Global Address Space Languages on the Cray X1 Christian Bell Wei-Yu Chen Computer Science Division

Source URL: www.cs.berkeley.edu

• Central processing unit
• Computer memory
• Software optimization
• Unified Parallel C
• Cray X1
• Cray
• Vectorization
• Vector processor
• Automatic parallelization
• Computing
• Parallel computing
• Compiler optimizations