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CAN network analysis ¿¿¿ Optimization, health prediction and diagnosis

机译:CAN网络分析¿¿¿优化,健康预测和诊断

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Electronics in automotive industry is ever increasing to enable complex features in the machines, which in turn increases the communication between multiple Electronic Control Units in the vehicle. This increased communication necessitates a very robust and deterministic network. This paper focuses and various methodologies of network modeling and simulation to predict the health of the network. This paper will also detail case studies involving Rate monotonic analysis (RMA) as a simulation method to schedule communication massage table to evaluate the network definition through parameters like repetition rate, priority, etc. This validates the deterministic nature of the bus. This paper will also cover aspects of network diagnosis through replaying vehicle communication network logs to ascertain network behavior against design expectations. The paper discusses the following aspects of the CAN network. 1. Network Health. 2. Network Optimization 3. Offline diagnosis.
机译:汽车工业中的电子技术正在不断增加,以使机器具有复杂的功能,从而增加了车辆中多个电子控制单元之间的通信。这种增加的通信需要非常健壮和确定性的网络。本文重点介绍各种网络建模和仿真方法,以预测网络的运行状况。本文还将详细介绍案例研究,其中涉及速率单调分析(RMA)作为一种模拟方法,用于调度通信按摩表以通过诸如重复率,优先级等参数来评估网络定义。这验证了总线的确定性。本文还将通过重播车辆通信网络日志来确定网络行为,以达到设计预期,从而涵盖网络诊断的各个方面。本文讨论了CAN网络的以下方面。 1.网络健康。 2.网络优化3.离线诊断。

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