| Summary: | 碩士 === 國立虎尾科技大學 === 光電與材料科技研究所 === 95 === A new solution to implement to vehicle image system by detecting Erythema Action Spectrum (EAS) , integrate one detected circuit which is designed by TiO2 optical sensor and amplify circuit, and generate UVI to output images real time is an effective method in this thesis. There are two parts in hardware framework: Outer Part Device and Inner Part Device. Outer Part Device is to detect UVB irradiation and then transfer data to Inner Part Device. Inner Part Device is in charge of UVI computing and output images on the display of the vehicle. It is convenient for driver to check real-time ultraviolet index (UVI) and output the different color image with different color light on the screen of vehicle image system, also it is very simple and easy understand for end user to get the information. The data exchange between Outer Part Device and Inner Part Device is used by wire. This system not only has advantages such as easy installation, suitable for each type of vehicle, user friendly, lower cost, compact dimension, great precision and easy portable feature but also could add the function of existed vehicle image system. This research indeed has practicable and commercial value to integrate UVI detector and vehicle image system.
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