在Budker核物理研究所使用计算机计算系统

A. Chertovskikh, I. Rachek
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引用次数: 0

摘要

到20世纪90年代初,并行架构开始应用于微处理器系统。当时,transputer体系结构被认为是最有前途的一种体系结构,即一种用于并行计算的专用微处理器体系结构,具有创建具有多个处理器的计算环境的能力。在俄罗斯科学院西伯利亚分院核物理研究所,开发了许多项目,使用这种计算系统来实现各种目标:物理工厂各种控制和管理系统中的CAMAC系统控制器,VME标准中的数据采集和处理系统,用于IBM个人电脑执行数据处理和建模的加速板。
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Using Transputer Computing Systems at the Budker Institute of Nuclear Physics
By the beginning of 1990-ies, parallel architectures started to apply in microprocessor systems. At that time, the transputer architecture was considered to be the most prospective one, i.e., an architecture of specialized microprocessors to be used in parallel computations with the capability to create a computational environment with a multitude of processors. At the Institute of Nuclear Physics of the Siberian Branch of the Russian Academy of Sciences a number of projects were developed with using such computational systems for a variety of objectives: controllers of CAMAC systems in various control and management systems for physical plants, systems for data acquisition and processing in the VME standard, accelerating boards for IBM PCs to perform data processing and modeling.
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