D. C. Rapaport. Multi--million particle molecular dynamics: II. Design considerations for distributed processing. Comp. Phys. Comm., 62:217--228, 1991. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Fast Parallel Algorithms for Short-Range Molecular Dynamics - Plimpton (1995) (50 citations) (Correct)
....machines. The majority of the work that has included implementations of proposed algorithms has been for single instruction multiple data (SIMD) parallel machines such as the CM 2 [12, 52] or for multiple instruction multiple data (MIMD) parallel machines with a few dozens of processors [26, 37, 39, 46]. Recently there have been efforts to create scalable algorithms that work well on hundred to thousand processor MIMD machines [9, 14, 20, 41, 51] We are convinced that the message passing model of programming for MIMD machines is the only one that provides enough flexibility to implement ....
....and perform inter processor communication. 6 Spatial decomposition methods, also called geometric methods [21, 25] are more common in the literature because they are well suited to very large MD simulations. Recent parallel message passing implementations for the Intel iPSC 2 hypercube [39, 46, 49], CM 5 [9, 51] Fujitsu AP1000 [14] and a T800 Transputer machine [20] have some features in common with the spatial decomposition algorithm we present in Section 5. Our algorithm has the additional capability of working well in the regime where a processor s sub domain is smaller than the ....
D. C. Rapaport. Multi--million particle molecular dynamics: II. Design considerations for distributed processing. Comp. Phys. Comm., 62:217--228, 1991.
Runtime Support for Dynamic Space-Based Applications on.. - Ashok (1994) (1 citation) (Correct)
.... physics) Campbell et al. 90, Ferraro et al. 93, Liewer Decyk 89, Walker 90] rarefied fluid flow (aeronautics) Fallavollita et al. 92, McDonald 89, Singh et al. 90] and molecular dynamics (materials science and chemistry) Brug e Fornili 90, Fincham 87, Pinches et al. 91, Raine et al. 89, Rapaport 91, Smith 91] 3.2 Application Induced Load Balancing 3.2.1 Automatic Data Partitioning Much research has been done on parallel schemes for partitioning spatial data. One part of this work deals with the schemes for partitioning the space into rectangular regions [Belkhale Banerjee 90, Berger ....
D. C. Rapaport. Multi-million Particle Molecular Dynamics II. Design Considerations for Distributed Processing. Computer Physics Communications, Volume 62, pages 217--228, 1991.
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