In order to solve this problem,a new method for designing BIT fault diagnosis strategy for fault-tolerant systems,considering reliability and testing costs,was proposed based on dynamic fault tree model.
为此,以动态故障树模型为基础,综合考虑可靠性和测试费用等因素,提出了一种面向复杂容错系统的BIT诊断策略设计新方法。
A fault-tolerant system experiences a crash due to hardware components faults or progressive performance degradation as an"aging"phenomenon,because of running continuously for very long periods.
容错系统不仅会产生硬件故障,由于连续长时间的运行,系统的性能也会逐渐下降或失效,即老化现象。
By the example of applying it on the(N+M) fault-tolerant system,analyzes its performance,results show the search efficiency and accuracy of improved particle swarm optimization algorithm are better than general.
通过将其应用于(N+M)容错系统模型的实例,对改进算法的性能进行了分析,结果表明,改进算法的搜索效率和精度均优于一般的粒子群算法,同时具有较好的收敛稳定性。
In this paper (N+M) fault tolerant systems are studied theoretically.
对（Ｎ＋Ｍ）容错系统进行了初步的理论研究，分析了其可靠性，考察控制器可靠性和维修性对系统可用度的影响，并提出了改善系统可用度的措施。
The basic principle about dynamically re configurable FPGA was introduced and an new design method about the fault tolerant system of digital circuits was presented.
在介绍FPGA动态可重构技术原理的基础上 ,探讨了该技术在数字电路容错系统中的应用方法和构成原理 ,并针对某心脏起搏器电路系统 ,采用FPGA动态可重构方法进行了系统的容错设计与实验 。
N+M) fault tolerant system (FTS) makes full use of the hardware and software of its own, and intelligent networking is a practical way to implement it, so that it is expected to have wide application in control systems.
分析了（Ｎ＋Ｍ）容错系统的经济性，提出了其经济性的优化模型，并利用图视化方法进行了求解，给出了一种简单实用的最佳备件量选取方法。
But it can not be use d to analyze the reliability of fault tolerant systems.
传统的故障树分析 ( Fault Tree Analysis,简称 FTA)方法是一种基于静态逻辑或静态故障机理的方法 ,但这种方法对容错系统的可靠性分析已不适用。
Research on Double Disks Fault Tolerant RAID Based on Multi-thread I/O Technology;
将光纤通道技术和SCSI-3协议结合在一起构成的光纤磁盘阵列可以大大提高磁盘阵列系统I/O性能,由此也为容双错磁盘阵列的实现提供了更好的可行性。
Design of the Fault_tolerant Controller Based on FPGA in the Dual Fault-tolerant System
双机容错系统中基于FPGA容错控制器的设计
Design and Implementation of Multi-machine Fault-tolerant System on Linux;
基于Linux多节点容错系统的设计与实现
Design and Implementation of Distributed Multi-machine Fault-tolerant System
分布式多节点容错系统的设计与实现
distributed fault-tolerant computing system
分布式容错计算系统
dynamic redundancy fault-tolerant computing system
动态冗余容错计算系统
Fault Tolerant Control for Singular Systems and Singular Stochastic Systems;
广义系统与广义随机系统的容错控制
Study of Fault Tolerance Mechanism Based on Erasure Code in Distributed Storage Systems;
分布式存储系统中基于纠错码的容错机制研究
An Interceptor-based Fault-tolerant ORB Prototype System
基于Interceptor的容错ORB原型系统
Redundancy indicates that the system is fault -tolerant to a certain degree.
冗余是指系统有一定的容错能力。
Research on Supporting Techniques for High-Reliable Fault-Tolerant Real-Time Systems
高可靠容错实时系统的支撑技术研究
Research on Fault-tolerant Technology of Embedded Computer Control System;
嵌入式计算机控制系统容错策略研究
The Study of Error Tolerance Technology for Satellite Remote Sensing Compression System;
卫星遥感图像压缩系统容错技术研究
Study on Fault Diagnosis and Tolerance Technology of AMT System;
AMT系统的故障诊断及容错技术研究
Design & Research in Automatic Fault Tolerance Integrated Navigation System;
智能容错组合导航系统的设计与研究
The Study of Robust Fault-tolerant Control for Networked Control Systems;
网络化控制系统的鲁棒容错控制研究
The Design of Microcomputer Interlocking Simulation System and Fault-tolerant Mechanism;
微机联锁仿真系统及容错机制的设计
Research and Implement of the Metadata s Fault Tolerance in Cluster File System;
基于集群文件系统的元数据容错研究
Application on Computer Network System Based on Stratus Technologies;
容错技术在计算机网络系统中的应用