Development of Vehicle Oriented Black Box System Based on U-Healthcare and Human-Free Guard Functions
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The vehicle oriented block box system based on the u-healthcare and the human-free guard functions is developed inthis paper. We also suggested the design philosophies, ideas, and analyzed the performance of the suggested system. Thedeveloped vehicle oriented black box system has some characteristics such as; 1) detects the dangerous situation by ultrasonic sensor in advance, and stores the situation information of the neighborhood of the vehicle to the imbedded SDmemory card if the dangerous situation may be occurred in the parked vehicle; 2) detects the present location and speedinformation of the vehicle by GPS receiver and 3-axes acceleration sensor, and stores the information to the SD memory card periodically if the vehicle is running; 3) measures the dioxide carbon in the vehicle inside using CO2 sensor, and forcesthe ventilation motor of the vehicle to operate and maintains the driver's health if the measured level is more than standardhealth requirements; 4) provides the stored vehicle's operating information to the driver by GUI (Graphical User Interface) based touch LCD monitor.
Abstract
The vehicle oriented block box system based on the u-healthcare and the human-free guard functions is developed inthis paper. We also suggested the design philosophies, ideas, and analyzed the performance of the suggested system. Thedeveloped vehicle oriented black box system has some characteristics such as; 1) detects the dangerous situation by ultrasonic sensor in advance, and stores the situation information of the neighborhood of the vehicle to the imbedded SDmemory card if the dangerous situation may be occurred in the parked vehicle; 2) detects the present location and speedinformation of the vehicle by GPS receiver and 3-axes acceleration sensor, and stores the information to the SD memory card periodically if the vehicle is running; 3) measures the dioxide carbon in the vehicle inside using CO2 sensor, and forcesthe ventilation motor of the vehicle to operate and maintains the driver's health if the measured level is more than standardhealth requirements; 4) provides the stored vehicle's operating information to the driver by GUI (Graphical User Interface) based touch LCD monitor.
참고문헌 (5)
- Dae Geun Lee, "System on Chip design of Embedded Controller for Car Black Box", Proceedings of the 2007 IEEE Intelligent Vehicles Symposium Istanbul (2007)
- Abdallah Kassem, "Vehicle Black Box System", SysCon2008 IEEE International Systems Conference (2008)
- Alberto Broggi, "The Passive Sensing Suite of the TerraMax Autonomous Vehicle", IEEE Intelligent Vehicles Symposium, pp.770~ (2008), Eindhoven University of Technology
- Cho, Yong-Sung, "A Survey of the Optimal Ventilation Rate and the Permissible CO2 Concentration in the Saloon", The Korean society for railway, 8(6), pp.20~25 (2005)
- Soon-Gon Hwang, "Development of Vehicle Oriented Black Box System Having U-Healthcare and Human-Free Guard Functions", Proceedings of Asian Conference on Engineering Education 2009 (ACEE 2009), pp.198~199 (2009), Korea Maritime University