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Autonomous Vehicle Transportation Using Wireless Technology

机译:使用无线技术的自动车辆运输

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This paper illustrates the use of a vehicle in several industries and is capable of reducing extra strenuous and/or time consuming activities of humans. The main concentration of this work was on vehicle navigation, tracking, obstacle detection, weight overload, battery power measuring and also be able to locate the respective service station goods. Vehicle navigation employs RFID technology. The RFID reader is installed in the vehicle and reads the tags which are placed along its route. Whenever a vehicle reaches a service station it sends a message to the workers. Upon receiving a message, the workers can collect the respective service station goods using RFID. If the wrong goods are taken out of the vehicle, the buzzer gets activated. The obstacle detection can be done by ultrasonic sensors. If any obstacle in the route is detected, the message is sent to the control station of the industry using the GSM module. The load cell is used to indicate the weight overload to the workers. Two batteries have been together utilized to measure the required power by this developed vehicle. As soon as Battery1 becomes dry, the battery2 is made the main source of power and a message is sent to the control station through GSM. The control station having a GSM module receives the message and the result will be displayed in hyper terminal window on the PC (personal computer). The vehicle transportation uses PIC microcontroller, sensors and wireless technology.
机译:本文说明了车辆在多个行业中的使用,并且能够减少人类过度费力和/或费时的活动。这项工作的主要重点是车辆导航,跟踪,障碍物检测,重量超载,电池电量测量,还能够找到相应的加油站货物。车辆导航采用RFID技术。 RFID阅读器安装在车辆中,并读取沿其路线放置的标签。每当车辆到达服务站时,它都会向工人发送消息。收到消息后,工人可以使用RFID收集相应的服务站货物。如果从车辆中取出了错误的货物,蜂鸣器将启动。障碍物检测可以通过超声波传感器完成。如果在路径中检测到任何障碍物,则使用GSM模块将消息发送到工业控制站。称重传感器用于向工人指示重量超负荷。这辆开发的车辆一起使用了两个电池来测量所需的功率。一旦电池1变干,就将电池2用作主要电源,并通过GSM将消息发送到控制站。具有GSM模块的控制站接收该消息,结果将显示在PC(个人计算机)的超级终端窗口中。车辆运输使用PIC微控制器,传感器和无线技术。

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