A Case Study on the DTC Prediction of Commercial Vehicles Using Machine Learning Approach

  • Jun, Hong-Bae
  • Jung, Sewoong
  • Kim, Hansom
  • Jang, Myunghun
  • Park, Beomkyu
  • 외 1명
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초록

Currently, fault detection in vehicles is implemented as self-diagnosis of subsystems in Electronic Control Units (ECUs) using Diagnostic Trouble Codes (DTCs). Recently, with the advancement of technologies such as autonomous driving, automobile companies are increasingly interested in predictive maintenance policies that detect and respond to vehicle failures in advance through real-time online status monitoring of vehicles in operation. Under these circumstances, it is increasingly important to develop technologies that utilize real-time vehicle data to diagnose and predict vehicle conditions. In this study, we have applied machine learning techniques to solve the problem of predicting the occurrence of specific DTC types by analyzing the collected DTC data of commercial vehicles. The results of the case study showed that the proposed methodology could proactively predict the occurrence of certain DTC types.

키워드

Vehicle prognosticsCommercial vehicleDTC predictionLightGBMPredictive maintenanceFAULT-DETECTIONDIAGNOSIS
제목
A Case Study on the DTC Prediction of Commercial Vehicles Using Machine Learning Approach
저자
Jun, Hong-BaeJung, SewoongKim, HansomJang, MyunghunPark, BeomkyuSung, Hyounsoo
DOI
10.1007/s12239-025-00223-x
발행일
2025-01-26
유형
Article
저널명
International Journal of Automotive Technology
26
6
페이지
1327 ~ 1341