The thesis takes the research on design for the reliable microprocessor-based protection equipment using the technology of fault-tolerance and fault-avoidance.
论文从装置硬件设计角度出发，采用容错与避错技术对高可靠性的微机保护装置设计进行了研究。
The main work of this thesis is to research and design the high-performance microprocessor-based feeder line protection equipment, using the newest software and hardware technology.
本文的主要工作是采用最新的软硬件技术研究与开发高性能的微机馈线保护装置，重点研究了装置保护部分的软硬件设计与实现。
The distributed control technology is used in this system and every node is based on embedded microprocessor.
群控系统采用分布式控制，各节点以嵌入式微控制器为核心，实现电梯群控系统的硬件系统。
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