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Implementation of dual redundant CAN module based on IEEE 1451 in in-vehicle network

机译:基于IEEE 1451在车载网络中的双冗余CAN模块实现

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Drive-by-wire systems are consists of bus systems, microprocessors, electrical actuators, and sensors. Replacing rigid mechanical components with dynamically configurable electronic elements triggers an almost organic system wide level of integration. For the safety design, integration methods including reliability and fault-tolerance are required. In general, the fault-tolerance function is realized by redundancy of the communication module. In this paper, we introduced the concept and design methodology of an IEEE 1451 based dual redundant module as one method for realization of the redundancy in CAN network. Also, we implemented the experimental model for the brake-by-wire system to observe feasibility of the dual redundancy module.
机译:逐线系统由总线系统,微处理器,电动执行器和传感器组成。 用动态可配置的电子元件替换刚性机械部件,触发了几乎有机系统的广泛集成度。 对于安全设计,需要集成方法,包括可靠性和容错能力。 通常,通过通信模块的冗余实现容错功能。 在本文中,我们介绍了基于IEEE 1451的双冗余模块的概念和设计方法,作为CAN网络中冗余的一种方法。 此外,我们实施了制动逐线系统的实验模型,观察双冗余模块的可行性。

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