Everaars CTH, Koren B. Using coordination to parallelize sparse-grid methods for 3D CFD problems. Parallel Comput. 1998; 24(7):1081--1106. Special issue on Coordination languages for parallel programming.  Home/Search   Document Details and Download   Summary   Related Articles   Check

....used approach for parallel and distributed applications. In master slave applications, a single master process controls the distribution of work to a set of identically operating slave processes. The master slave paradigm has been used successfully for a wide class of parallel applications [12][6][14] and is well suited as a programming model for Supported in part by NSF grant #ASC 9701333, DARPA ITO contract #N66001 97 C 8531, NPACI award #ASC9619020 y Supported in part by NSF grant #ASC 9701333, DARPA ITO contract #N66001 97 C 8531, NPACI award #ASC9619020 applications targeted to ....

K. Everaars and B. Koren. Using coordination to parallelize sparse-grid methods for 3-d cfd problems. Parallel Computing, 24(7):1081--1106, 1998.

....perform the necessary data format conversions when data are routed between various di#erent machines. MANIFOLD has been successfully used in a number of applications, including in parallelization of a real life, heavy duty Computational Fluid Dynamics algorithm originally written in Fortran77 [8, 9, 18], and implementation of Loosely Coupled Genetic Algorithms on parallel and distributed platforms [31, 33, 32] 3.2 BALI In MANIFOLD Although BALI solvers are black boxes and are heterogeneous, this does not cause any problems for MANIFOLD, because it integrates the solvers as external workers. ....

Everaars, C. T. H., and Koren, B. Using coordination to parallelize sparse-grid methods for 3D CFD problems. Parallel Computing 24, 7 (July 1998), 1081--1106. special issue on Coordination languages for parallel programming.

....the programmer need not know anything about the eventual configuration of his or her application in order to write a MANIFOLD program. MANIFOLD has been used in a number of real applications, e.g. implementing parallel and distributed versions of a semi coarsened multi grid Euler solver algorithm[23, 24]; modeling cooperative Information Systems[37, 38] coordination of Loosely Coupled Genetic Algorithms on parallel and distributed platforms[42, 43] coordination of multiple solvers in a concurrent constraint programming system[11] and coordination of a distributed propositional theorem checker ....

Everaars, C., and Koren, B. Using coordination to parallelize sparse-grid methods for 3D CFD problems. Parallel Computing 24, 7 (July 1998), 1081--1106. special issue on Coordination languages for parallel programming.

....perform the necessary data format conversions when data are routed between various different machines. MANIFOLD has been successfully used in a number of applications, including in parallelization of a real life, heavy duty Computational Fluid Dynamics algorithm originally written in Fortran77 [6, 7, 15], and implementation of LooselyCoupled Genetic Algorithms on parallel and distributed platforms [24, 26, 25] 3.2 BALI In MANIFOLD Although BALI solvers are black boxes and are heterogeneous, this does not cause any problem for MANIFOLD: it integrates the solvers as external workers. Then, ....

Everaars, C. T. H., and Koren, B. Using coordination to parallelize sparse-grid methods for 3D CFD problems. Parallel Computing (1998). submitted to the special issue on Coordination.

....the programmer need not know anything about the eventual configuration of his or her application in order to write a MANIFOLD program. MANIFOLD has been used in a number of real applications, e.g. implementing parallel and distributed versions of a semi coarsened multi grid Euler solver algorithm[23,24]; modeling cooperative Information Systems[37,38] coordination of Loosely Coupled Genetic Algorithms on parallel and distributed platforms [42,43] coordination of multiple solvers in a concurrent constraint programming system[11] and coordination of a distributed propositional theorem checker ....

Everaars, C., and Koren, B. Using coordination to parallelize sparse-grid methods for 3D CFD problems. Parallel Computing 24, 7 (July 1998), 1081-- 1106. special issue on Coordination languages for parallel programming.

....the programmer need not know anything about the eventual configuration of his or her application in order to write a MANIFOLD program. MANIFOLD has been used in a number of real applications, e.g. implementing parallel and distributed versions of a semi coarsened multi grid Euler solver algorithm[24,25]; modeling cooperative Information Systems[37,38] coordination of Loosely Coupled Genetic Algorithms on parallel and distributed platforms[41] coordination of multiple solvers in a concurrent constraint programming system[10] and coordination of a distributed propositional theorem checker [26] ....

C.T.H. Everaars and B. Koren. Using coordination to parallelize sparse-grid methods for 3D CFD problems. In Parallel Computing, 24(7):1081--1106, special issue on Coordination Languages for Parallel Programming, 1998.

....perform the necessary data format conversions when data are routed between various different machines. MANIFOLD has been successfully used in a number of applications, including in parallelization of a real life, heavy duty Computational Fluid Dynamics algorithm originally written in Fortran77 [8, 9, 18], and implementation of LooselyCoupled Genetic Algorithms on parallel and distributed platforms [31, 33, 32] 3.2 BALI In MANIFOLD Although BALI solvers are black boxes and are heterogeneous, this does not cause any problems for MANIFOLD, because it integrates the solvers as external workers. ....

Everaars, C. T. H., and Koren, B. Using coordination to parallelize sparse-grid methods for 3D CFD problems. Parallel Computing 24, 7 (July 1998), 1081-- 1106. special issue on Coordination languages for parallel programming.

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C.T.H. Everaars, B. Koren, Using coordination to parallelize sparse-grid methods for 3D CFD problems, Parallel Comput. 24 (1998) 1081--1106.

....used to implement a parallel version of a semi coarsened multi grid Euler solver algorithm, using a similar master worker protocol as the one described here. In that case, all programs were thread safe, and the performance was improved from almost 9 to over 2 hours on a 4 processor machine [EK98]. 7. Conclusions Our experiment using MANIFOLD to coordinate the interprocess communication in a proposition solver indicates that this coordination language is well suited for this kind of tasks. The highly modular structure of both MANIFOLD programs in our case study and the ability to use the ....

C.T.H. Everaars and B. Koren. Using coordination to parallelize sparse-grid methods for 3D CFD problems. Parallel Computing, 24(7):1081--1106, July 1998. special issue on Coordination languages for parallel programming.

.... 77 code, simple, small, reusable MANIFOLD coordination modules, and linear speed up of total execution time with respect to the number of processors (e.g. from over 9 to over 2 hours) Earlier results of this work have already been published[29] and more extensive results are now available[30]. A group of researchers from the Polish Academy of Sciences have used MANIFOLD to implement their Loosely Coupled Genetic Algorithms on parallel and distributed platforms. The results of this work are also very positive[31, 32] The usefulness of the IWIM model and, in particular, the MANIFOLD ....

C. T. H. Everaars and B. Koren. Using coordination to parallelize sparsegrid methods for 3D CFD problems. Parallel Computing, 1998. to appear in the special issue on Coordination.

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Everaars CTH, Koren B. Using coordination to parallelize sparse-grid methods for 3D CFD problems. Parallel Comput. 1998; 24(7):1081--1106. Special issue on Coordination languages for parallel programming.

No context found.

K. Everaars and B. Koren. Using coordination to parallelize sparse-grid methods for 3-d cfd problems. Parallel Computing, 24(7):1081--1106, 1998.

No context found.

C. T. H. Everaars and B. Koren. Using coordination to parallelize sparse-grid methods for 3D CFD problems. Parallel Computing, 1998. submitted to the special issue on Coordination.

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