Project Details
[Return to Previous Page]Research the logic strategy of power doors - GLOBAL PROJECT WITH SJTU
Company: United Automotive Electronic Systems Co., Ltd.
Major(s):
Primary: ME
Secondary: CMPSC
Optional: CMPEN, EE
Non-Disclosure Agreement: NO
Intellectual Property: NO
Applications of power doors, like eagle wing doors, scissors doors, double doors, etc., are increasing vehicle user's experience. To realize those gorgeous functions, it's necessary to consider not only the motor control logic and driving mode of the door itself but also the user interaction under different scenarios, such as a door's self-protection strategy during slope hovering or violent door closing. Therefore, specific sensing systems such as hall sensors and radar shall be involved. The use of cameras for pedestrian detection would also be a big plus. If there are pedestrians passing by, main controller will receive those warning message from camera system, and afterwards, interrupt the door opening procedure. Those scenarios would be benefited by power door control such that the user would have an intelligent and seamless ingress and egress experience. Expected results: 1. Research the application trend of motor-driven doors of existing mainstream vehicles in automobile industry 2. Standard test and summarize the functional strategies of motor-driven doors of different vehicles 3. Summarize functional planning strategy requirement documents for motor-driven doors 4. Develop the application software according to the requirement document of motor-driven doors 5. Verify the software and constantly optimize the logic strategy 6. Calibrate different motor-driven doors, such as eagle wing doors and gull wing doors 7. Research special scenes, such as the door protection principle when the car hovers on a slope or the door is closed violently. Hall sensor, radar or even camera will be introduced to judge whether there are pedestrians at the door.