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Design of an Electronic Toll Collection-Based Intelligent Transportation System
The project's central topic is avoiding human presence, which also functions as an automatic action that accepts payment and allows the car to move or stop. These days, this project is crucial, and we are developing the application by combining RFID technology with GSM. RFID plays a part in identifying the vehicle. The RFID will activate, the reader will read the tag, the microcontroller will check the database, and the balance inquiry will be processed if the vehicle is entered. If there is sufficient money on the card, the gate will open; if not, it will automatically close after two minutes when the automobile passes. If there is no balance on the card, the gate will not open it. This also serves as a GPS to find the car. We are aware that GSM is utilised to determine the precise location of the car. Longitude and latitude (GPS) information are returned by the controller when it receives it. The vehicle system portion uses a high-end 32-bit ARM7 CPU, and the transmission system section uses a PIC microcontroller because of how quickly its instructions are executed.
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