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Developing the fabricated system of automatic vehicle identification using RFID based poultry traceability system

机译:利用RFID的家禽可追溯性系统开发自动车辆识别的制造系统

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The present work reports the automatic vehicle identification (AVI) system using RFID signals. Sensor is incorporate in the electronic family; it is used in many fields. In this paper, we propose the photoelectric sensors as a vehicle detection tool in an RFID based poultry traceability system. In this system the vehicle is tapered with barcodes on the number plates, all the information about vehicle like vehicle register number, vehicle owner name, address of the owner and all the specifications about the vehicle are tapered as barcodes and the RFID based poultry traceability system is fixed at every check point, when the vehicle passes through this check point the RFID signals scan the bar codes and send the information to the main server. In the main server the information is stored in the secondary storage device (ssd) and it can be verified at any time easily. By using this system we can collect toll fares, insurances etc., efficiently without humans and we can also reduce the accidents on highways by controlling the vehicle speed, if any vehicle tolerates the rules like over speed, the check points the sensors warns the driver by displaying the message on the screens and also send the vehicle information to the traffic controllers and to main server simultaneously with in fraction of seconds using general packet radio service (gprs). There is no need to supply power to this system because the dc motor available in this system converts the pressure obtain from the vehicles to electric energy. Finally, the concept shown in this paper is highly reliable system for identification of vehicles in this electronic world.
机译:本工作报告了使用RFID信号的自动车辆识别(AVI)系统。传感器包含在电子家族中;它用于许多领域。在本文中,我们将光电传感器提出作为基于RFID的家禽可追溯性系统的车辆检测工具。在该系统中,车辆在数量板上的条形码逐渐变细,所有关于车辆寄存器号码,车主名称,所有者的地址以及关于车辆的所有规范的所有信息都是条形码和基于RFID的家禽可追溯性系统逐渐变细。在每个检查点处固定,当车辆通过该检查点时,RFID信号扫描条形码并将信息发送到主服务器。在主服务器中,该信息存储在辅助存储设备(SSD)中,可以随时验证它。通过使用该系统,我们可以通过控制车速,有效地收集Toll票价,保险等,有效地没有人类,我们还可以通过控制车速来减少高速公路的事故,如果任何车辆容忍超速的规则,传感器警告驾驶员通过在使用通用分组无线电服务(GPRS)的几秒钟内显示在屏幕上的消息并将车辆信息发送到流量控制器和主服务器。由于该系统中可用的直流电动机将从车辆的压力转换为电能,因此无需为该系统供电。最后,本文所示的概念是高度可靠的系统,用于识别该电子世界的车辆。

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