Implementation Vehicle Driving State System with OBD-II, MOST network

• Main Authors: Sung-Hyun Baek, Hwa-Sun Kim, Da-Woon Jeong, Mi-Jin Kim, You-Sin Park, Jong-Wook Jang
• Format: Conference Proceeding
• Language: English
• Subjects: Accidents; Connectors; Global Positioning System; Global positioning system (GPS); In-vehicle network; Media Oriented System Transport(MOST); Multimedia communication; OBD-II; Protocols; VDSS; Vehicles; Videos; Wi-Fi
• ISSN: 2163-0771
• DOI: 10.1109/APCC.2011.6152899

Vehicle black boxes that have similar functions as airplane black boxes are currently being used due to the loss of many lives and properties arising from vehicle accidents. Both black-box products and Event Data Recorder(EDR) systems are currently available in the market. Most of the existing in-vehicle black boxes, however, record only external videos and images and cannot show the vehicle's driving status, whereas EDR products record only the driving status and not external videos. To address the problem of black boxes that can record only videos and images and that of EDR systems that can record only driving data, an Vehicle Driving State System(VDSS) that uses MOST(Media-oriented System Transport), a new vehicle multimedia network, and OBD-II(Onboard Diagnostics II), a current standard of electronic-control network, was realized in this study to collect data from the electronic-control devices. The system uses external sensors such as CAM (camera) and GPS (global positioning system) to collect video, time, and location data that will be needed to make a judgment on the vehicle's current status.