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Smart toll collection system using embedded Linux environment

机译:使用嵌入式Linux环境的智能收费系统

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Electronics Toll Collection system developed in India to save the time by collecting the toll electronically instead of manually. In order to provide zero delay toll collection system, so many modern toll collection systems are used like RF Tags based toll collection system, Barcode Scanner based toll collection system, and number plate recognition based toll collection system. As all the aforesaid systems are reliable, but still it's not defined as system without human interaction. The paper presents smart toll collection system using embedded Linux environment. The whole system is balanced and focused to design and develop an entirely automated license plate recognition system which will be an excellent low-cost alternative to all other systems. The entire system is design using embedded Linux development board such as Raspberry Pi. The board is most suitable for Implementing Image processing algorithm. In the suggested system one webcam is interfaced with Raspberry Pi Board which is used to capture the image of vehicle's license plate which will pass through the toll booth. These images of license plates are processed through Optical Character Recognition (OCR) engine such that image of license plate will be converted into equivalent ASCII characters. This extracted information will further send to the RTO server to identify the type of vehicle and owner of the vehicle. The retrieval information will once again send to the system through GSM module interfaced with raspberry pi. According to the type of the vehicle the nominal toll will be deducted from owner's account. After receiving the notification message on registered mobile number of the owner about the deducted amount from owner's registered account, the barrier will open and vehicle is allowed to leave the toll booth.
机译:电子收费系统在印度开发,通过电子方式而不是手动收集收费来节省时间。为了提供零延迟收费系统,所以许多现代收费系统都是基于RF标签的收费系统,条形码扫描仪的基于收集系统和基于数字板识别的收费系统。由于所有上述系统都是可靠的,但仍然没有被定义为没有人为互动的系统。本文介绍了使用嵌入式Linux环境的智能收费系统。整个系统都是平衡的,并专注于设计和开发完全自动化的车牌识别系统,这将是所有其他系统的出色低成本替代品。整个系统是使用嵌入式Linux开发板设计,如覆盆子PI。电路板最适合实现图像处理算法。在建议的系统中,一个网络摄像头与覆盆子PI板接口,用于捕获车辆车牌的图像,该牌照将通过收费展位。通过光学字符识别(OCR)发动机处理许可板的这些图像,使得车牌的图像将被转换为等效的ASCII字符。此提取的信息将进一步发送到RTO服务器以识别车辆的车辆类型和车辆所有者。通过与覆盆子PI接口的GSM模块,检索信息再次发送到系统。根据车辆的类型,标称收费将从所有者的账户中扣除。在收到所有人注册账户的扣除金额的已注册的移动号码上的通知消息后,屏障将开放,允许车辆离开收费摊位。

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