当代智能汽车安全系统的设计与实现

The Design and Implementation of the Modern Intelligent Vehicle Safety System

随着人工智能与互联网技术在汽车领域的逐步渗透,其安全性仍然是现代汽车最重要的特征之一,因此,安全性也引起了汽车设计领域众多研究者和开发者的关注。近年来,由于驾驶时打瞌睡和不系安全带而导致的车祸死亡人数显著增加。在这种情况下,人们试图设计一种汽车安全系统,在这种系统中,除非司机系好安全带,否则汽车不会行驶,如果发现瞌睡,司机将保持警惕。在该系统中,利用NeuroSky脑电波耳机采集不同的脑电图(EEG)。此外,在安全带和点火系统之间设计了一个限位开关电路,用于控制发动机的起动。最后,利用Arduino单片机及其软件作为信号处理单元,对车内的安全系统进行控制。实验结果表明,该系统能够准确地提高驾驶员的安全性能。

With the gradual penetration of artificial intelligence and Internet technology in the field of automobile,its safety is still one of the most important characteristics of modern automobile,so safety has also attracted the attention of many researchers and developers in the field of automobile design.In recent years,there has been a significant increase in the number of car accident deaths due to sleeping while driving and not wearing seat belts.In this case,people try to design a car safety system,in which the car will not drive unless the driver fastens his seat belt,and the driver will be vigilant if he finds a doze.In this system,different EEGs are collected by using Neuro Sky EEG headset.Figure(EEG).In addition,a limit switch circuit is designed between the seat belt and the ignition system for controlling the starting of the engine.Finally,using the Arduino single chip and its software as the signal processing unit,the safety system in the vehicle is controlled.The experimental results show that the system can improve the safety performance of the driver.