Traffic Light System Based on FTP Server: Damage Detection and Duration Arranger

R. G. Megiyanto, M. R. Hidayat, S. Sambasri, H. R. Iskandar, Y. Zainal
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Abstract

Traffic lights at intersection of highway have a very important role in regulating the flow of vehicles to avoid traffic jam. Therefore, it is necessary for setting duration of lights and perform damage detection of traffic lights. The result can be run in accordance with situational requirements of traffic at intersection. Research’s goal was to set the duration and perform detection of traffic light damage, so it could be repaired as soon as possible. The system consists id for two main devices that were sending and receiving devices. Function of Raspberry PI and Arduino were to set duration based on data received by control center, perform damage detection and also sending data to control center. Data processed in Raspberry PI device and uploaded to FTP Server. Receiver was download data from FTP server and plot it on application. This system was tested by changing duration and turned off one of the lights as simulated damage. From test results, data generated run in accordance with what was expected that data changes according to the conditions of traffic lights. This system consists of the Raspberry PI and Arduino UNO as main processor, LDR sensor readings and voltage divider value as well as damage parameter and also Logitech C170 camera for taking pictures or video.
基于FTP服务器的交通灯系统:损伤检测与时间安排
高速公路十字路口交通灯在调节车辆流量,避免交通堵塞方面起着非常重要的作用。因此,有必要设置交通灯的持续时间,并对交通灯进行损坏检测。结果可以根据交叉口交通的情景需求进行运行。研究的目标是设定持续时间,并对红绿灯损坏进行检测,以便尽快修复。系统包含两个主要设备的id,分别是发送设备和接收设备。Raspberry PI和Arduino的功能是根据控制中心接收到的数据设置持续时间,进行损伤检测,并将数据发送给控制中心。数据在树莓派设备处理后上传到FTP服务器。接收器从FTP服务器下载数据并在应用程序上绘制。该系统通过改变持续时间和关闭其中一盏灯作为模拟损坏来测试。从测试结果来看,生成的数据按照预期运行,数据根据交通灯的情况变化。该系统由Raspberry PI和Arduino UNO作为主处理器,LDR传感器读数和分压器值以及损坏参数以及罗技C170相机组成,用于拍摄照片或视频。
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