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Partial Differential Equations

Justin R Smith

Open publisher page 40 citations

Abstract

Abstract The semantics of this language are somewhat simpler and clearer than C*, and it is well-suited to both SIMD and MIMD parallel programming. This language has been developed in conjunction with a MIMD-SIMD hybrid computer - the Triton system, being developed at the University of Karlsruhe. They have implemented Modula* on the CM-2 Connection Machine, and the MasPar MP-1, and intend to implement it upon their MIMD-SIMD hybrid computer, the Triton/1, when it is complete. The discussion in this section follows the treatment of Modula* in [68], by Christian Herter and Walter Tichy The semantics of this language are somewhat simpler and clearer than C*, and it is well-suited to both SIMD and MIMD parallel programming. This language has been developed in conjunction with a MIMD-SIMD hybrid computer - the Triton system, being developed at the University of Karlsruhe. They have implemented Modula* on the CM-2 Connection Machine, and the MasPar MP-1, and intend to implement it upon their MIMD-SIMD hybrid computer, the Triton/1, when it is complete.

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What this paper is about

Abstract The semantics of this language are somewhat simpler and clearer than C*, and it is well-suited to both SIMD and MIMD parallel programming. This language has been developed in conjunction with a MIMD-SIMD hybrid computer - the Triton system, being developed at the University of Karlsruhe. They have implemented Modula* on the CM-2 Connection Machine, and the MasPar MP-1, and intend to implement it upon their MIMD-SIMD hybrid computer, the Triton/1, when it is complete. The discussion in this section follows the treatment of Modula* in [68], by Christian Herter and Walter Tichy The semantics of this language are somewhat simpler and clearer than C*, and it is well-suited to both SIMD and MIMD parallel programming. This language has been developed in conjunction with a MIMD-SIMD hybrid computer - the Triton system, being developed at the University of Karlsruhe. They have implemented Modula* on the CM-2 Connection Machine, and the MasPar MP-1, and intend to implement it upon their MIMD-SIMD hybrid computer, the Triton/1, when it is complete.

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Available abstract

Abstract The semantics of this language are somewhat simpler and clearer than C*, and it is well-suited to both SIMD and MIMD parallel programming. This language has been developed in conjunction with a MIMD-SIMD hybrid computer - the Triton system, being developed at the University of Karlsruhe. They have implemented Modula* on the CM-2 Connection Machine, and the MasPar MP-1, and intend to implement it upon their MIMD-SIMD hybrid computer, the Triton/1, when it is complete. The discussion in this section follows the treatment of Modula* in [68], by Christian Herter and Walter Tichy The semantics of this language are somewhat simpler and clearer than C*, and it is well-suited to both SIMD and MIMD parallel programming. This language has been developed in conjunction with a MIMD-SIMD hybrid computer - the Triton system, being developed at the University of Karlsruhe. They have implemented Modula* on the CM-2 Connection Machine, and the MasPar MP-1, and intend to implement it upon their MIMD-SIMD hybrid computer, the Triton/1, when it is complete.

Key concepts: MIMD, SIMD, Computer science, Parallel computing, Semantics (computer science), Programming language

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