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Programming Environment for a High-Performance Parallel Supercomputer with Intelligent Communication

机译:具有智能通信的高性能并行超级计算机的编程环境

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At the Electronics Laboratory of the Swiss Federal Institute of Technology (ETH) in Zürich, the high-performance parallel supercomputer MUSIC (MUlti processor System with Intelligent Communication) has been developed. As applications like neural network simulation and molecular dynamics show, the Electronics Laboratory supercomputer is absolutely on par with those of conventional supercomputers, but electric power requirements are reduced by a factor of 1,000, weight is reduced by a factor of 400, and price is reduced by a factor of 100. Software development is a key issue of such parallel systems. This article focuses on the programming environment of the MUSIC system and on its applications.
机译:在苏黎世的瑞士联邦技术学院(ETH)的电子实验室中,已经开发出高性能的并行超级计算机MUSIC(具有智能通信的MUlti处理器系统)。正如神经网络仿真和分子动力学等应用所示,电子实验室超级计算机与传统超级计算机绝对处于同等水平,但是电力需求减少了1000倍,重量减少了400倍,价格降低了比例为100。软件开发是此类并行系统的关键问题。本文重点介绍MUSIC系统的编程环境及其应用程序。

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