基于单板计算机的软硬件复合体的类自然结构节点组件

Alexey Poletikin, Nadyr Mengazetdinov, K. Semenkov
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引用次数: 0

摘要

本文介绍了在仪器仪表和控制系统中使用单板计算机的可能性的研究结果。通过OPERATOR软件平台的实例表明,在单板计算机的基础上,为软件和硬件复合体创建类似自然的结构节点组件是可能的。作者将这些节点元素称为“节点”。给出了网络的优点(制造成本低、硬件完全统一、易于维修和更换)和局限性(需要并行计算算法、网络和数据流适中)。给出了基于veuron的仪表和控制系统顶层配置的实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nature-Like Structural Node Components for Software and Hardware Complexes on the Basis of Single-Board Computers
The paper presents the results of research on the possibility of using single-board computers in instrumentation and control systems. It is shown on the example of the OPERATOR software platform it is possible to create nature-like structural nodal components for software and hardware complexes on the base of sinlge-board computers. The authors called these node elements as "veurons". The advantages (the reduction of manufacturing costs, complete hardware unification, easy repair and replacement of units) and limitations (need of parallel computational algorithms, moderate network and data flows) of veurons are given. The examples of veuron- based configurations of the top-level of instrumentation and control systems are presented.
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