首页> 外文会议>International conference on nuclear engineering >RESEARCH ON DIGITAL INSTRUMENTATION AND CONTROL SYSTEM IN NUCLEAR POWER PLANT USING MIXED REDUNDANT MODEL
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RESEARCH ON DIGITAL INSTRUMENTATION AND CONTROL SYSTEM IN NUCLEAR POWER PLANT USING MIXED REDUNDANT MODEL

机译:混合冗余模型在核电站数字化仪表与控制系统中的应用

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Reliability is the most important factor in instrumentation and control (I&C) system for nuclear power plant (NPP). Now in order to reach high reliability, static redundant and dynamic redundant technique is in common use. Static redundant method can keep out the failure of one module, but could not detect the mistake. Dynamic redundant mean would examine the mistake of the working unit, but can not ward off the failure. In this study, our main purpose is to develop the advanced redundant way which includes the advantage of static redundancy and dynamic redundancy means by mixed redundant model (MRM). Utilizing logic order in the relationship between unit and system using reliable diagram, analyzing the reliability of MRM by the way of probability, the result has obvious effect upon improving the system reliability compared with above two models. MRM can be applied for safety critical I&C.
机译:可靠性是核电厂(NPP)的仪表和控制(I&C)系统中最重要的因素。现在,为了达到高可靠性,通常使用静态冗余和动态冗余技术。静态冗余方法可以阻止一个模块发生故障,但无法检测到错误。动态冗余意味着将检查工作单元的错误,但不能避免故障。在本研究中,我们的主要目的是开发一种先进的冗余方式,该方式利用混合冗余模型(MRM)兼具静态冗余和动态冗余手段的优势。利用可靠性图利用单元与系统之间关系的逻辑顺序,通过概率分析MRM的可靠性,与上述两种模型相比,在提高系统可靠性方面有明显的效果。 MRM可以用于安全关键的I&C。

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