An Enhanced Accident Detection and Recovery System Using MEMS Technology

Sathasivam Purushothamans, Gunasekaran Mohanavel, K. Kalaichelvi
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Abstract

Abstract This is an intention to implement an innovative solution for this problem by developing an automatic accident detection system and recovery analysis play an important role. By using this mobile (SMS) and also with the help of embedded technology we can solve this problem. An accelerometer can be used in a car alarm application; Dangerous driving can be detected with an accelerometer. The vibration sensor detects the accident. The MEMS sensor detects a rollover and alerts the driver. A major accident can be detected using accelerometer readings. According to this idea, when a car is involved in an accident, the vehicle number and contact information for the people involved are promptly recorded and will be transferred to police control room or a rescue team by using GSM MODEM. As a result, using GPS, the cops can quickly determine where the communication originated. One more advances of this modern technology were for an uncertain situation many of vehicles that have center locking system, Due this technology people faces many problem due to automatic locking system. There is no option to open the lock in the case; our work will provide a suitable solution for this so it is useful for implementing this project in useful way to reduce the human death ratio by accidents.
基于MEMS技术的增强型事故检测与恢复系统
本文旨在通过开发事故自动检测系统来实现这一问题的创新解决方案,并在恢复分析中发挥重要作用。通过使用这种手机(SMS)以及嵌入式技术的帮助,我们可以解决这个问题。加速度计可以用于汽车警报应用中;危险驾驶可以通过加速度计检测到。振动传感器检测到事故。MEMS传感器检测到侧翻并向驾驶员发出警报。使用加速度计读数可以检测到重大事故。根据这一想法,当汽车发生事故时,会立即记录涉案人员的车辆号码和联系方式,并使用GSM调制解调器将其转移到警察控制室或救援队。因此,使用GPS,警察可以快速确定通信的来源。这项现代技术的另一个进步是针对许多具有中控锁系统的车辆的不确定情况,由于这项技术,人们由于自动锁闭系统而面临许多问题。没有打开箱子锁的选项;我们的工作将为此提供一个合适的解决方案,因此有助于以有效的方式实施该项目,以降低事故造成的人员死亡率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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