基于RFID的智能校车:为路上上学的孩子提供安全认证

Rabinarayan Bhatta, Parth Pratim, S. Priya
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引用次数: 0

摘要

众所周知,许多学生每天往返于学校和家之间。这就需要解决更安全的校车旅行问题,这已经成为印度全国关注的问题。其中一些问题包括孩子被落在公共汽车上,公共汽车采取不同的路线让孩子下车,等等。这个问题已经在这项研究工作中得到解决,通过开发一个安全系统来跟踪使用他们的ID进出公共汽车的儿童数量,这个过程将在RFID(射频识别)和GPS跟踪器的帮助下进行,这将用于跟踪公共汽车,以确定其确切位置并确定公共汽车行驶的路径。此外,如果发生任何不寻常的活动,如改变巴士路线或计算学生人数,家长将被通知。因为,这是一个先进的系统,旅行的孩子和司机不需要采取任何额外的行动;其中系统将负责所有必要的步骤,并跟踪学生的进出。在醉酒驾驶应用程序中,如果驾驶员喝醉了,传感器将检测到它并向学校管理部门发送信息,以便他们采取适当的行动。此外,该模型还将检查学生和司机是否正确系好安全带。此外,拟议的系统将提供紧急按钮。在遇到交通事故等紧急情况时,驾驶员还可以按下紧急按钮。使用该模块是为了建立用户与电路板之间的连接。完成所有流程后,所有相关数据将通过无线媒体发送给家长。提出的模型的用户界面是物联网应用程序。用户可以通过使用必要的设备来使用该系统。所有有价值的信息都将通过无线媒介发送,并通过用户使用的物联网应用程序可见。
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RFID based SMART SCHOOL BUS: Certifying Safety for the Children Going to School on the Road
It is generally known that, many students travel between school and home on a daily basis. This necessitates the need to address the issue of safer school bus travel, which has become a national concern in India. Some of the issues include the child being left behind in the bus, the bus taking a different route to drop the child off, and so on. This problem has been addressed in this research work by developing a safety system to track the number of children entering and exiting the bus using their ID, and this process will take place with the help of RFID (Radio Frequency Identification) and a GPS tracker, which will be used to track the bus in order to locate its exact location and determine the path in which the bus is travelling. Additionally, the parents will be notified if any unusual activity occurs, such as the changing the bus route or counting the number of students on board. Since, this is an advanced system, the travelling children and the driver do not need to take any additional actions; wherein the system will take care of all the necessary steps and track the students' entry and exit. In the case of the drunk and drive application, if the driver is intoxicated, the sensor will detect it and send a message to the school administration so that they can take appropriate action. Also, the proposed model will check whether students and drivers have properly fastened their seat belts or not. Also, the proposed system will provide panic buttons. In case of any emergency like road accident, the driver can also press the panic button. This module is employed in order to establish the connection between the users and the board. After completing all the process, all the related data will be sent to the parents via a wireless medium. The user interface for the proposed model is IOT application. User can use this system by using the necessary appliance. All the valuable information will be sent through the wireless medium and made visible through the IOT app, which is used by the user.
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