A Real-Time Internet of Things based Systematic Toll Plaza Controlling System using Logical RFID
R. Thandaiah Prabu, T Joel, G. Ramkumar
Abstract
The paper introduces innovative system redefines the traditional toll booth management by seamlessly integrating IoT technology and logical Radio-Frequency Identification (RFID). The system's operations take place in real-time, enhancing toll collection processes and improving overall efficiency. The core functionality of this system revolves around the application of IoT technology and logical RFID. When a vehicle approaches the toll plaza, it enters the IoT-enabled RFID reader zone. Here, the logical RFID system, equipped with advanced data processing capabilities, scans and interprets the RFID tags or cards affixed to the vehicles. These RFID tags serve as unique identifiers for the vehicles, enabling swift and automated toll collection. The system is empowered by IoT capabilities, which allow for real-time data exchange between the toll plaza and a central control center or server. This seamless communication ensures that toll transactions are promptly recorded, processed, and monitored. The use of IoT further facilitates efficient and intelligent toll management. It offers commuters a seamless and expedited toll collection experience, reducing congestion and wait times. For toll operators, the system provides a reliable and efficient method for managing toll transactions, enhancing accuracy and security. The real-time communication and logical processing capabilities further elevate the system's responsiveness and monitoring abilities.