IoT Bus Tracking System Using Waterfall Methodology Circuit Diagram "Real-Time Bus Tracking System Based on IoT and GPS" by R. Velu and S. Venkatesan (2019): This research paper proposes a real-time bus tracking system using IoT and GPS technologies. The study focuses on the integration of GPS modules in buses to track their locations and transmit the data to a central server. The system also includes a web-based Overview: The Bus Location Tracking IoT System represents a significant leap forward in enhancing the efficiency, safety, and convenience of public transportation. By integrating cutting-edge IoT technologies, including Arduino-based sensors and the ESP32 board for connectivity, this system offers real-time tracking of buses, seat availability
This paper developed a real-time public transport tracking and monitoring system using a GPS module. The developed system monitored the bus location, speed distance and estimated arrival time. The paper is organized as follows: In Section 2, the methodology is presented. ion 3 presents the experimental results, and the system
IOT Smart Bus Tracking System Circuit Diagram
The system's data flow can be illustrated as follows: Data Acquisition: ESP32 IoT device on each bus reads GPS data. The device establishes a connection to the internet via WiFi. Raghavendran et al. built a bus track system that provides a solution for tracking buses on smart phones, retrieving current occupancy and estimating occupancy at forthcoming stops to assist make smarter decisions, and managing bus flow to maintain route frequency. An IoT gadget that delivers real-time bus position tracker and occupancy Bus Tracking system with Python server and 2 Andoid apps for Parent and Driver. A realtime application which shows Bus Routes and Bus ETAs via LTA's API. IoT and ML to assuage the uncertainty in city bus schedules. Track live running status and avail tentative schedule of buses.
manipulating the real-time data and normal data (user information, Bus details), which enables the fast and efficient use of the application. 2. LITERATURE SURVEY A system described in [1], aims in automating the services of the system that can provide the real-time tracking experience of the public transport buses. The RFID (Radio Frequency real time information of bus. So we proposed a new system which solves the drawback of current public transportation system. So our system handle all the data like current location of bus, management of buses and its schedule. The real time tracking of bus can be done by our proposed system and this Tailwind CSS: Used for designing and styling the user interface.; React: Developed the front-end interface and real-time map tracking.; Express: Built the backend server for handling API requests and managing data.; MongoDB: Used for storing and managing bus route data.; Socket.io: Enabled real-time communication between the server and clients.; Google Maps API: Integrated for displaying and
