Assistant Professor Chung Ming-An from the Department of Electronic Engineering at our university supervised five students, namely Zhang Junhao, Zhang Zhixuan, Lin Zhixin, Zhai Songyun, and Xu Jiachun, in designing the "In-car Temperature Matching System" and the "Integrated Vehicle Driving Safety Monitor" for the 2022 Automotive Electronic Innovation Invention Competition. When driving, the driver needs to be alert and pay attention to the surroundings, including lane changes, reversing, etc. The left and right rearview mirrors are essential tools for drivers. However, the glass obstructed by the rearview mirror and the driver's line of sight is prone to fogging due to the large temperature difference between the inside and outside of the car. To allow the driver to concentrate on vehicle operation, our "In-car Temperature Matching System" automatically senses the outside temperature and adjusts the car's temperature to prevent fogging and ensure safe driving.

The Integrated Vehicle Driving Safety Monitor is divided into two parts: driving analysis and driver state monitoring. The driving analysis module contains precision sensors and artificial intelligence analysis technology, providing functions such as driving safety guidance, obstacle warning, collision detection, and navigation. The driver state monitoring module autonomously collects and analyzes common physiological data of patients on standby, providing cardiovascular-related symptom and disease analysis services, detecting and reporting emergency situations in real-time during driving, or for subsequent diagnosis. Our team had discussions and exchanges with the other 86 teams in the competition and won the "First Prize" and "Excellent Work" awards in the Innovative Concept Group, respectively.