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Reading up books: Reference for design of fault tolerant systems: Learn how to design systems that are highly reliable, highly available, and easily maintainable

机译:阅读书籍:容错系统设计参考:学习如何设计高度可靠,高度可用和易于维护的系统

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摘要

In a narrow sense, a fault tolerant system is one that is capable of error-free operation as seen from the terminals of the system, even though some internal components may have failed. Thus, the use of backup computers on a space mission allows the safe return of the crew to Earth, even though the primary computer may have failed. The vehicle is said to be tolerant of faults in the primary computer system. This design technique, known as the standby spare technique, is a familiar example of the use of redundant components in the design of fault tolerant systems. There are a great many critical applications where human life depends on the proper operation of electronic equipment. Medical equipment, automatic landing systems on commercial aircraft, and nuclear reactor controllers are just a few of these life-critical systems. Such applications require extremely highly reliable designs.
机译:从狭义上讲,即使某些内部组件可能发生故障,容错系统也是一种能够从系统的端子看而实现无错误操作的系统。因此,即使主计算机可能发生故障,在太空飞行中使用备用计算机也可以使机组人员安全返回地球。据说车辆可以容忍主计算机系统中的故障。这种设计技术(称为备用备用技术)是在容错系统的设计中使用冗余组件的常见示例。在许多关键应用中,人类的生命取决于电子设备的正常运行。医疗设备,商用飞机上的自动着陆系统以及核反应堆控制器只是这些生命攸关的系统中的少数。这样的应用需要极其可靠的设计。

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  • 来源
    《Potentials, IEEE》 |1985年第3期|16-17|共2页
  • 作者

    Gray F.Gail;

  • 作者单位

    Electrical Engineering at the Virginia Polytechnic Institute and State University (Virginia Tech), Blacksburg, Virginia;

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  • 正文语种 eng
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