汽车认证与跟踪系统

N. Duraichi, K. Arun Kumar, N. Lokesh Sathya, S. Lokesh
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引用次数: 0

摘要

车辆抢劫和不明身份的汽车盗窃已经成为全国的一个激烈问题。许多罪犯使用未经批准的车辆进行大量非法活动并离开车辆。事故的最大原因是由不明用户驾驶的车辆,他们在没有限速的情况下进行鲁莽和缺乏经验的驾驶会造成许多事故,从而增加死亡率。我们的目标是使一个系统,将允许谁已经授权许可的人。为此,我们计划在车辆中安装自动化系统,引入智能许可证验证技术。正在解释各种技术和技术来检测司机的细节,尽管设置了各种监控摄像头来密切关注这些活动,但各种车辆盗窃正在进行,并且正在实施各种技术来减少车辆抢劫。因此,我们提出了具有深度学习概念的系统。与常规检测技术相比,深度学习收集N个输入样本,并将其与数据库细节进行比较。在认证过程后,发动机机制启动,如果未经授权,它会发出蜂鸣声,车辆不会启动,直到注册人员的详细信息被认证。
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Automobile Authentication and Tracking System
Vehicle robbery and unknown car thefts has become a intense issue around the nation. Many culprits use unapproved vehicles to perform numerous illegal activities and leave the vehicles. The utmost reason for accidents is due to the vehicles driven by unknown users, who perform reckless and inexperienced driving without the speed limit will cause many accidents that increases the death rate. Our goal is to make a system which will allow the person who have authorized license. For this purpose, we plan to install an automated system in the vehicle to introduce smart license verification technology. Various techniques and technologies are being explained to detect the details of the driver, and also Various vehicle thefts are being done in spite of various surveillance cameras are set down to keep an eye on the activities and various technologies are being implemented to diminish the vehicle robbery. So, we proposed the system with the concept of deep learning. As compared to normal detection techniques deep learning collects N number of input samples and compares it with the database details. After the authentication process the engine mechanism starts, if not authorized it gives a buzzer sound and vehicle doesn’t start until the details of registered person is authenticated.
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