A Decentralized controlled multi-processor system based on the data-driven scheme
A Decentralized controlled multi-processor system based on the data-driven scheme
复制标题
基于数据驱动方案的分散控制多处理器系统
DOI：
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复制
发表时间：
1982
期刊：
影响因子：
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通讯作者：
H. Terada
中科院分区：
文献类型：
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作者：
H. Nishikawa;K. Asada;H. Terada
一个实验性的高性能多处理器系统的实时环境的系统概念的报告。首先引入一种图形语言作为中间语言来明确描述目标问题中存在的最大并行性。该语言基本上是一类数据驱动的语言，其中历史敏感的过程被纳入纯数据流模式。然后将以图表形式编写的程序翻译成可执行的方案，在经过语法检查和程序验证后，在特定的多处理器系统上运行，由翻译器和验证器在本文中简要说明。本文所描述的硬件系统作为一个例子是一个公共总线的多处理器结构，配备了一个高速，高可靠性的硬件资源分配器，它确保了有效的，灵活的和可扩展的功能分配系统内的最大限度地利用语言所表达的并行性。本文还介绍了一个内置的仿真/监控设施，为用户提供了一个通用的系统开发以及性能评估援助。14篇参考文献。
A system concept for an experimental high performance multi-processor system for a real-time environment is reported upon. A graphical language is introduced first as an intermediate language to describe explicitly the maximum parallelism which exists in target problems. The language is basically a class of data-driven languages in which history-sensitive processes are incorporated into the pure data flow schemata. Programs written in the diagrammatic form are then translated into an executable scheme to be run on a specific multiprocessor system after syntax checking and program validation by a translator and by a validator explained briefly in the paper. A hardware system described in this paper as an example is a common-bus multi-processor structure equipped with a high-speed, highly reliable hardware resource allocator which ensures efficient, flexible and expandable function assignment within the system for maximum exploitation of the parallelism expressed by the language. This paper also deals with a built-in emulation/monitoring facility which offers the users a versatile system development as well as performance evaluation aids. 14 references.