Development of Automatic Verification Environment for In-Vehicle Controller Area Network

Main Article Content

Tain-Lieng Kao
San-Yuan Wang
Ming-Hua Wu

Abstract

Due to the development of modern techniques, in the recent years, electronic vehicles and autopilot systems have beensignificant emerged in automobile and IT industrial. This leads the electronics automotive systems and auto-control systems consistedof a lot of high performance Electronic Control Units(ECUs) connected by controller area network (CAN). For realizing morecomplicated design in ECUs, this work integrates real-time OS and network management function. The results improve the CANbusnodes' designing level to as a gateway to interconnect CANbus nodes. As the number of CANbus nodes increase, the verification processis more and more complicated and takes much time. For speeding up the verification process, this work uses CANoe package toprogram the testing script for automotive verification environment. Then the engineer can connect the testing device by CAN to theenvironment for automatic verification. The engineer can define the network messages of the CANbus nodes and tune the design asthe validating progress. The testing results present as XML format and can be transferred to HTML pages for readability. Hence, thiswork realizes an automatic verification environment for CANbus in-vehicle networks.

Article Details

How to Cite
Kao, T.-L., S.-Y. Wang, and M.-H. Wu. “Development of Automatic Verification Environment for In-Vehicle Controller Area Network”. International Journal on Recent and Innovation Trends in Computing and Communication, vol. 7, no. 5, May 2019, pp. 05-10, doi:10.17762/ijritcc.v7i5.5298.
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