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。
Redundancy design technology and distributed Shared memory strategy were used to enhance the reliability and fault-tolerance capability of the whole system.
所给出的余度设计及分布式共享内存策略增强了整个光传系统的可靠性及容错性能。
Redundancy design technology and distributed shared memory strategy is used to enhance the reliability and fault-tolerance capability of the whole system.
所给出的余度设计及分布式共享内存策略增强了整个光传系统的可靠性及容错性能。
Redundancy design technology and distributed Shared memory strategy are used to enhance the reliability and fault-tolerance capability of the whole system.
所给出的余度设计及分布式共享内存策略增强了整个光传系统的可靠性及容错性能。
Redundancy design technology and distributed Shared memory strategy are used to enhance the reliability and fault-tolerance capability of the whole system.
所给出的余度设计及分布式共享内存策略增强了整个光传系统的可靠性及容错性能。
应用推荐