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Reliability Analysis of Ten Unit Bridge Network Connected in Series with Critical and Non-critical Human Errors

机译:具有严重和非严重人为错误的串联十单元桥网络的可靠性分析

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This paper represents about a complex system can produce a non –series parallel structure. The most simple non-series parallel structure is a bridge configuration. In this paper, we discuss the Reliability analysis of ten unit’s Bridge network with critical& non-critical human errors. People will always make mistakes when interacting with system design and development processes. Fortunately, human errors can be anticipated, and protective measures taken against their occurrence. This requires the application of human factors in process. It can yield major benefits in risk reduction while construction of complex systems and improved operability for system development processes. When dealing with reliability of complex system, it needs to explore difficulties with human errors early in design with the aim of improving design. Hence complex system development will be erroneous process through reliability technique when compare with other usability and walkthrough techniques. Also, human errors can be eradicated by using experienced people as well by standardizing the process and procedures of system design and development. This concept expresses the using of newly developed approach to perform system reliability analysis.
机译:本文代表了一个可以产生非串联并联结构的复杂系统。最简单的非串联并联结构是电桥配置。在本文中,我们讨论了十个单元的具有严重和非严重人为错误的网桥的可靠性分析。在与系统设计和开发流程进行交互时,人们总是会犯错误。幸运的是,可以预见到人为错误,并采取了预防措施以防止错误发生。这需要在过程中应用人为因素。它可以在降低风险的同时产生重大利益,同时可以构建复杂的系统并提高系统开发流程的可操作性。在处理复杂系统的可靠性时,需要在设计早期就发现人为错误的困难,以期改善设计。因此,与其他可用性和演练技术相比,通过可靠性技术进行复杂的系统开发将是错误的过程。而且,可以通过使用经验丰富的人员以及通过标准化系统设计和开发的过程和步骤来消除人为错误。该概念表示使用新开发的方法来执行系统可靠性分析。

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