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通用故障诊断软件系统的设计开发与研究 被引量:6
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作者 朱爽 桂卫华 +2 位作者 刘晓颖 周先德 周永孝 《基础自动化》 CSCD 2001年第4期36-39,共4页
针对目前国内通用故障诊断软件较少见的情形 ,提出了基于知识模型库的故障诊断软件的结构方案。该软件合理有序地集成了各种的故障诊断方法 ,能够高效地实施故障诊断功能 ;且对于任何系统都适应 ,具有通用性。
关键词 故障诊断软件系统 设计 知识模型库 人工神经网络
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系统故障的诊断软件
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作者 小鸟工作室·微笑 《软件世界(PC任我行)》 2000年第5期64-72,共9页
关键词 系统故障诊断软件 计算机 死机 注册表 WINDOWS
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Design and Study of a High Security ATM System
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作者 范瑞霞 赵则祥 张俊 《Journal of Beijing Institute of Technology》 EI CAS 2002年第1期41-44,共4页
Based on the characteristics of ATM system and the special requirement of financial transaction, an overall design of hardware and software structure of ATM was made. For software structure, the pattern of modules and... Based on the characteristics of ATM system and the special requirement of financial transaction, an overall design of hardware and software structure of ATM was made. For software structure, the pattern of modules and table? drive is adopted to realize the security of financial transaction and the diagnosis of communication fault. A new method, which is based on the application layer, transport layer and network layer, is used for diagnosing communication fault. Supporting both magnetic card and IC card, the system has been put into use in real financial systems, and has brought about both economic and social effects. 展开更多
关键词 ATM IC card SECURITY fault diagnosis
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Research on reconfigurable collaborative remote diagnosis system
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作者 袁楚明 Chen Youping Zhang Guohui Zhou Zude 《High Technology Letters》 EI CAS 2006年第2期160-164,共5页
The function-layer model and working model of collaborative remote fault diagnosis system (FDS), which includes three layers: task layer, collaboration layer and diagnosing layer, are proposed. The running mechanis... The function-layer model and working model of collaborative remote fault diagnosis system (FDS), which includes three layers: task layer, collaboration layer and diagnosing layer, are proposed. The running mechanism of the system is discussed. A collaborative FDS may consist of several subsystems running at different places and the subsystem consists of several fimction modules. A structure centered on data-bus is adopted in subsystem. All the function modules in subsystem are encapsulated into software intelligent chips (SICs) and SIC can but connect with data-bus. So, it is feasible to reuse these diagnosis fimction modules and the structure of subsystem in different diagnosis applications. With the reconfigurable SICs, several different function modules can reconstruct quickly some different diagnosis subsystems in different combinations, and some subsystems can also reconfigure a specified collaborative FDS. 展开更多
关键词 fault diagnosis system COLLABORATION RECONFIGURATION software intelligent chip
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