Computer Science Technical Report A Performance Model for Unified Parallel C Zhang Zhang Michigan Technological University

Source URL: www.upc.mtu.edu

• Computing
• Concurrent computing
• Software engineering
• Parallel computing
• Concurrent programming languages
• Programming paradigms
• Unified Parallel C
• Partitioned global address space
• Computer architecture
• Thread
• Parallel programming model
• PGAS

RICE UNIVERSITY Portable High Performance and Scalability of Partitioned Global Address Space Languages by Cristian Coarfa

Source URL: caf.rice.edu

CALL FOR PAPERS ======================================================= The 8th International Conference on Partitioned Global Address Space Programming Models (PGAShttp://nic.uoregon.edu/pgas14 October 7-10, 2014

Source URL: nic.uoregon.edu

Experiences with UPC at Scale Yili Zheng Lawrence Berkeley National Laboratory Unified Parallel C (UPC) belongs to the family of Partitioned Global Address Space

Source URL: vecpar.fe.up.pt

Analysis of Partitioned Global Address Space Programs by Amir Kamil Research Project Submitted to the Department of Electrical Engineering and Computer Sciences, University of California at Berkeley, in partial satisfact

Source URL: titanium.cs.berkeley.edu

• Computing
• Software engineering
• Parallel computing
• Computer memory
• Concurrent computing
• Compiler construction
• Search algorithms
• Depth-first search
• Thread
• Memory barrier
• Barrier
• Graph

Problems with using MPI 1.1 and 2.0 as compilation targets for parallel language implementations Dan Bonachea and Jason Duell Computer Science Division University of California, Berkeley Berkeley, California, USA

Source URL: titanium.cs.berkeley.edu

• Computing
• Computer programming
• Parallel computing
• Application programming interfaces
• Concurrent computing
• SHMEM
• Message Passing Interface
• Partitioned global address space
• Computer cluster
• Coarray Fortran
• Standard Performance Evaluation Corporation
• Thread

Titanium Performance and Potential: an NPB Experimental Study Kaushik Datta, Dan Bonachea, and Katherine Yelick http://titanium.cs.berkeley.edu

Source URL: titanium.cs.berkeley.edu

• Software engineering
• Parallel computing
• Computer programming
• Computing
• Partitioned global address space
• Katherine Yelick
• Foreach loop
• PGAS
• SPMD
• Titanium

Enabling Highly-Scalable Remote Memory Access Programming with MPI-3 One Sided Robert Gerstenberger ∗

Source URL: htor.inf.ethz.ch

• Computing
• Computer programming
• Parallel computing
• Software engineering
• Application programming interfaces
• MPICH
• SHMEM
• Message Passing Interface
• Partitioned global address space
• Coarray Fortran
• Synchronization
• Remote direct memory access

WorkQ: A Many-Core Producer/Consumer Execution Model Applied to PGAS Computations David Ozog, Allen Malony Jeff R. Hammond

Source URL: ix.cs.uoregon.edu

• Concurrent computing
• Computing
• Parallel computing
• Message Passing Interface
• Work stealing
• Partitioned global address space
• NWChem
• SPMD
• Distributed computing
• Computer cluster
• Tensor Contraction Engine
• Scheduling

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