DEVELOPMENT OF A SPECIALIZED COMPUTER SYSTEM BASED ON ARDUINO UNO «SMART» CAR PARKING
DOI:
https://doi.org/10.32689/maup.it.2025.1.29Keywords:
computer vision, parking spaces, Arduino Uno, TensorFlow, web pages, car recognitionAbstract
This article presents the development of a specialized computer system based on Arduino Uno, which will include several important components to create an efficient and convenient parking tool. The system will include a web page where users can book a free parking space. This will reduce the time spent searching for a free space, as well as reduce the likelihood of improper parking. The goal of this project is to develop and implement a smart parking meter that will be able to automate the processes of booking, payment and control of parking spaces, as well as improve the efficiency of the use of available parking resources. The practical significance of this development lies in the automatic control of parking spaces. To do this, powerful machine learning algorithms with automatic text recognition on license plates are used, allowing for quick and accurate identification of vehicles in real time. Methodology. Based on TensorFlow technology, a camera is used that will read car license plates. Thanks to this, the parking meter will be able to automatically record the car that has taken a seat and update the status of space availability in the system in real time. A database will be created to store and process information about reservations, seat availability and user transactions, which will ensure reliable data storage and provide convenient access to information. Arduino Uno, due to its affordability, simplicity and wide possibilities for integration with various sensors and modules, is an ideal choice for the implementation of such a project. The integration of a web page for booking, license plate recognition with TensorFlow and a database for processing information will allow you to create an effective system that will significantly improve the parking process. The relevance of such a development as "smart" car parking lies in the growing demand for flexible robotic systems with artificial intelligence that can be adapted to different applications.
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