使用物联网的交通信号违规停车系统

C. Sekhar, K. Kranthi, M. K. Chakravarthi
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引用次数: 6

摘要

背景/目的:随着交通的发展,城市车辆数量的快速增长,对交通标志的放松管制已经成为所有警察的共同同情,并导致了靠近活动信号的事故。随后,在GSM模块和多功能应用程序的帮助下,通过向车辆发送控制信号并停止车辆,完成了车辆的停止。由于信号的范围很小,并且GSM模块发送的信号依赖于发送给GSM模块的信号,因此这些框架的有效性非常低。方法/统计分析:我们的探索引入了一个简单、熟练和推进的框架,用于在物联网(IoT)的帮助下结束车辆。系统发生的方式是,解除管制活动的个人将其车辆登记号码手动输入数据库,然后通过物联网将目前存在于数据库中的异常代码发送给车辆,并通过阻塞节流阀结束车辆,该过程中发生的对应过程是互联网到车辆(I到V)。该系统可以直接捕捉那些放松交通信号的人,并在GPS模块的帮助下将车辆的区域(车辆被停的地方)发送给跟踪(车辆被停的地方)。改进/应用程序:目前的工作可以通过集成移动应用程序界面来开发。如果与CAN和LIN总线技术一起推出,它将满足许多汽车安全需求。
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Traffic signal breach vehicle stop system using IOT
Background/Objectives: As the quantity of urban vehicles develops rapidly comes about development of traffic, the deregulation of traffic signs has turned into a common sympathy toward all police furthermore it prompts the mishaps close to the activity signals. Lately the halting of vehicle is finished with the assistance of the GSM module and by versatile Apps by sending a control sign to the vehicle and stops the vehicle. These frameworks are very little effective in light of the fact that the scope of the sign is so less and the sign send by the GSM module relies on upon the signal to the GSM module. Methods/Statistical analysis: Our exploration introduces a straightforward, proficient and propelled framework for ending of vehicles with the help Internet of things (IoT). The system happens in a way that the individual who deregulates the activity flags his/her vehicle enlistment number is entered into the database manually, then an exceptional code which is as of now present in the database is sent to the vehicle through the IOT and it ends the vehicle by blocking the throttle valve, the correspondence process happened in this procedure is Internet to vehicle (I to V). Findings: This system makes straightforward catch of persons who deregulates the traffic signals and also sends the area of vehicle (where it is halted) with the assistance of GPS module for taking after (Where the vehicle is stopped). Improvements/Applications: The present work can be developed with the integration of a mobile application interface. It would serve many automotive safety needs if launched along with the CAN and LIN bus technologies.
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