Abstract Improving position of car drivers leads to superior driving performance. Ensuring an ideal position can be achieved by real-time tracking and evaluation of the driver’s posture. Thus, this paper proposes a lower-body tracking system using inertial sensors. The developed equipment has the ability to compare the driver’s posture at a given moment with an ideal posture, recorded in the calibration phase, with hardware equipment. In order to compare and evaluate the driver’s postures during driving the car, a mathematical model of the human body has been developed, having as input data the measurements realized with the inertial sensors. This product contains great added value (software component) on a hardware structure (parts such as: smartphone, inertial sensors and controller) which already exists on the market.
Using Inertial Sensors in Driver Posture Tracking Systems
Proceedings of the 4th International Congress of Automotive and Transport Engineering (AMMA 2018) ; 17-24
2018-09-30
8 pages
Article/Chapter (Book)
Electronic Resource
English
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