In this paper we analyze the reliability of the microprocessor system, present the method of evaluating the system reliability and the usefol way of enhancing the system reliability, discuss the software fault - tolerant techique, and introduce the design method of software fault - tolerant technique with examples.
本文分析了微处理机系统的可靠性问题，给出了系统可靠性的评价方法和提高可靠性的有效途径，讨论了软件容错技术并结合实例介绍了软件容错的设计方法。
microprocessor system analyzer
微处理机系统分析仪
shift-phase parallel microprocessor system
移相并行微处理机系统
multiple microprocessor system architecture
多微处理机系统的体系结构
time multiplexing dual-microprocessor system
时分多路复用双微处理机系统
microprocessor system auxiliary support
微处理机系统辅助支援设备
real-time embedded microprocessor system
实时嵌入式微处理机系统
multi-microprocessor computer system
多微处理机计算机系统
microprocessor two-circuit system
微处理机双电路系统
microprocessor master/master system
微处理机主－主系统
microprocessor intertie and communication system
微处理机交联通信系统
multi-microprocessor operating system
多微处理机操作系统
microprocessor master/slave system
微处理机主－从系统
monitoring system microprocessor
监督系统的微处理机
Design of Micro-Processor Application System ?
微处理机应用系统设计
microprocessor building control system
微处理机构成控制系统
Integrated Microcomputer Processing System
集成微型计算机处理系统(微机处理系统)
microprogramming multi-processor system
微程序设计多处理机系统
generable transaction system for microprocessor
微处理机可发生更新系统
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