A System for Testing and Verifying Prototypes of Models for Vehicle Traffic Control

The paper presents an overview of a prototype model for testing various concepts and scenarios related to monitoring and managing traffic in urban and industrial environments using RFID and the Internet of Things (IoT) concepts. The challenges posed by identification of moving objects and the need for efficient communication protocols in multi-access environments are indicated. The use of Automatic vehicle identification (AVI) for access control and real-time traffic management is also explored, emphasizing the benefits of RFID technology in creating fully automated access management systems. The presented distributed testing system allows for validating prototypes and algorithms related to processes and structures for traffic management. The model considers the use of cloud solutions, in particular the Azure IoT Hub to collect and control vehicle traffic data. The flexibility of the proposed architecture allows for testing different hardware and software configurations in various usage scenarios, leading to faster development and deployment.