Development of Multiplexing Communication ICs for Electronic Control of a Vehicle

Shinojima, Yasushi; Nagao, Masaru; Kawahashi, Akira; Goto, Yutaka

doi:10.4271/922126

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2006

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“…Therefore if an automobile still adopts traditional point-topoint connection method, its wiring harness will be very complicated, which will not only increase an automobile's weight and occupy precious space inside, but also degrade its reliability due to numerous nodes. In such a case, automobile bus technology emerges as the times require, and at present is widely used in many automobile models of well-known vendors [1].…”

Section: Introductionmentioning

confidence: 99%

Bus Communication and Control Protocol Using the Electric Passenger Car Control System

Jiang

Zai

Wang

et al. 2006

2006 6th World Congress on Intelligent Control and Automation

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CAN Bus protocol of auto local area network and SAE J1939 code rules are researched, which application is introduced in this paper. Based on the CAN Bus communication protocol, J1939's coding system is formed with CAN Bus 29 bit IDENTIFIER. Refer to J1939, this paper established CAN communication codes and malfunction diagnosis codes used on electric passenger car and put forward an implementation method. This communication protocol has been applied to a pure electric low floor transit bus JingHua BK6121EV. This system is proved to be stable in test bed and vehicle test, with reliable data communication and favorable real time control. Index Terms -CAN Bus; Vehicle Control system; EV (electric vehicle)I.

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Section: Introductionmentioning

confidence: 99%