近几年来,汽车的舒适性问题变得越来越重要。特别是在行驶条件下,汽车内外后视镜的性能会影响反射后的视图,并影响驾驶员的视觉。因而,工程师通过实际使用中后视镜的振动开发了量化视觉感知的测量技术。这个项目采用了伊迪达机动车技术有限公司开发的一种使用虚拟激光技术的新颖方法。主要目的是研究四种不同的车门后视镜在实际使用中的振动。此外还讨论后视镜的设计和将来如何进一步提高他们在振动中的性能。 In recent years, car comfort issues have become more and more important. Especially under driving conditions, the performance of interior and exterior rear-view mirrors affects the reflected view and affects the driver’s vision. As a result, engineers developed measurement techniques that quantify visual perception through the actual use of mid-flight mirror vibrations. This project uses a novel approach using virtual laser technology developed by Idiar Motor Technologies. The main purpose is to study the vibration of four different door mirrors in actual use. It also discusses the design of rear-view mirrors and how they can further improve their performance in vibration in the future.