A prognostics framework for reliability optimization of mass-produced vehicle onboard diagnostics system

Development of on-board Diagnostic Systems for Vehicles to Improve their Reliability

“…OBDS facilitates the management and simplifies the operation of complex systems. Most often, OBDS is a distributed computer network designed for severe operating conditions (wide temperature range, vibration, bumps and other external actions) which combines the central electronic control unit and peripheral controllers of various car systems [5,6,7]: ICE, ABS / TCS, gearbox control, the climate control in the car and the pre-heater, the inflating of the wheels [7,8], etc. As communication environment to transfer data to the OBDS, CAN [9] is widely used as a differential twisted pair.…”

Wireless biosensing network for drivers' health monitoring

“…Onboard diagnostics (OBD) systems become an integral part of modern motor vehicles for continuous assessment of vehicle system health [1]. Additional features for monitoring various health parameters of the driver can be accomplished through connection of appropriate biosensors such as that deployed in a smart home environment [2].…”

Interoperability optimization and service enhancement in vehicle onboard infortainment systems

“…While OBD serves the main purpose of vehicle health monitoring and diagnosis, numerous additional features are also supported for both vehicle service centers and owners. The formal benefit from additional revenue generated from enhanced servicing efficiency and reduction in spare parts stock inventory and the latter enjoy a wide range of multimedia infotainment services as well as drivers' health monitoring [1].…”