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Study of different load dependencies among shared redundant systems

机译:研究共享冗余系统之间的不同负载依赖性

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The paper presents features and implementation of a shared redundant approach to increase the reliability of networked control systems. Common approaches based on redundant components in control system use passive or active redundancy. We deal with quasi-redundant subsystems (shared redundancy) whereas basic features are introduced in the paper. This type of redundancy offers several important advantages such as minimizing the number of components as well as increasing the reliability. The example of a four-rotor mini-helicopter is presented in order to show reliability improving without using any additional redundant components. The main aim of this paper is to show the influence of the load increasing following different scenarios. The results could help to determine the applications where quasi-redundant subsystems are a good solution to remain in a significant reliability level even if critical failure appears.
机译:本文介绍了共享冗余方法的功能和实现,以提高网络控制系统的可靠性。基于控制系统中冗余组件的常见方法使用被动或主动冗余。我们处理准冗余子系统(共享冗余),而本文介绍了基本功能。这种类型的冗余提供了几个重要的优点,例如最大程度地减少了组件数量并提高了可靠性。提出了四旋翼微型直升机的示例,目的是在不使用任何其他冗余组件的情况下提高可靠性。本文的主要目的是显示在不同情况下负载增加的影响。结果可以帮助确定准冗余子系统是一个很好的解决方案的应用程序,即使出现严重故障也可以将其保持在很高的可靠性水平。

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