支持智能CIM节点的实时数据传输

M. D. Pardue, J. Palmer
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引用次数: 3

摘要

提出了解决CIM应用中的两个主要问题——实时数据传输和不确定信息——的重要步骤。实时数据传输的方法,包括异步优先中断的处理,是通过引入连接到主数据通信通道或信息系统主干的智能接口节点来完成的。为此目的开发了一个二级通信信道。在模拟运行中,智能接口节点能够满足99.1%的实时数据传输资源短缺,包括所有最高优先级的数据传输,否则将导致没有实施基于知识的专家系统。不确定信息的解析是通过使用MYCIN外壳完成的,该外壳针对CIM实现的特定目的进行了修改
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Real-time data transfer in an intelligent CIM node
A major step toward resolution of two of the major problems in CIM applications, real-time data transfer and uncertain information, is presented. The approach to real-time data transfer, including handling of asynchronous priority interrupts, is accomplished by introduction of an intelligent interface node connected to the primary data communications channel or information systems backbone. A secondary communications channel is developed for this purpose. In simulation runs, the intelligent interface node was able to satisfy 99.1% of the real-time data transfer resource shortfalls that otherwise would have resulted without implementation of the knowledge-based expert system, including all of the highest-priority data transfers. Resolution of uncertain information is accomplished by use of the MYCIN shell, modified for the specific purposes of CIM implementation.<>
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