This paper describes an improved scheme for PRAM simulation on the mesh. The simulation algorithm achieves nearly optimal slowdown by means of a hierarchical distribution technique, which provides a powerful mechanism to control network congestion. The results in this paper improve upon previous works in many directions. Specifically, the scheme requires less powerful expanding graphs and can be made fully constructive for a wide range of memory sizes, with better slowdown than previous constructive schemes
Parallel Random Access Machine, PRAM, is the most popular abstract model of the parallel computation...
A simulation scheme for (n, m)-PRAM computation is devised, based on an interconnection network orga...
Abstract: We present anovel approach to parallel computing, where (virtual) PRAM processors are repr...
This paper describes an improved scheme for PRAM simulation on the mesh. The simulation algorithm ac...
We present a constructive deterministic simulation of a PRAM with n processors and m = n^alpha; shar...
The Parallel Random Access Machine, \de{PRAM}, is the dominant theoretical parallel computer model. ...
AbstractWe present deterministic upper and lower bounds on the slowdown required to simulate an (n, ...
We present deterministic upper and lower bounds on the slowdown required to simulate an (n,m)-PRAM o...
A deterministic scheme for the simulation of (n, m)-PRAM computation is devised. Each PRAM step is s...
this paper, we sketch our experiences with a deterministic PRAM simulator for two-dimensional meshes...
The Hierarchical PRAM (H-PRAM) [5] model is a dynamically partitionable PRAM, which charges for comm...
The Parallel Random Access Machine, \de{PRAM}, is the dominant theoretical parallel computer model....
We present deterministic upper and lower bounds on the slowdown required to simulate an (n;m)- PRAM ...
The problem of simulating a PRAM with $n$ processors and memory size $m \geq n$ on an $n$-node boun...
The PRAM is a shared memory model of parallel computation which abstracts away from inessential engi...
Parallel Random Access Machine, PRAM, is the most popular abstract model of the parallel computation...
A simulation scheme for (n, m)-PRAM computation is devised, based on an interconnection network orga...
Abstract: We present anovel approach to parallel computing, where (virtual) PRAM processors are repr...
This paper describes an improved scheme for PRAM simulation on the mesh. The simulation algorithm ac...
We present a constructive deterministic simulation of a PRAM with n processors and m = n^alpha; shar...
The Parallel Random Access Machine, \de{PRAM}, is the dominant theoretical parallel computer model. ...
AbstractWe present deterministic upper and lower bounds on the slowdown required to simulate an (n, ...
We present deterministic upper and lower bounds on the slowdown required to simulate an (n,m)-PRAM o...
A deterministic scheme for the simulation of (n, m)-PRAM computation is devised. Each PRAM step is s...
this paper, we sketch our experiences with a deterministic PRAM simulator for two-dimensional meshes...
The Hierarchical PRAM (H-PRAM) [5] model is a dynamically partitionable PRAM, which charges for comm...
The Parallel Random Access Machine, \de{PRAM}, is the dominant theoretical parallel computer model....
We present deterministic upper and lower bounds on the slowdown required to simulate an (n;m)- PRAM ...
The problem of simulating a PRAM with $n$ processors and memory size $m \geq n$ on an $n$-node boun...
The PRAM is a shared memory model of parallel computation which abstracts away from inessential engi...
Parallel Random Access Machine, PRAM, is the most popular abstract model of the parallel computation...
A simulation scheme for (n, m)-PRAM computation is devised, based on an interconnection network orga...
Abstract: We present anovel approach to parallel computing, where (virtual) PRAM processors are repr...