Towards Smart City through Virtualized and Computerized Car parking System using Arduino in the Internet of Things

Abstract

Nowadays, IoT offering many smart systems to internet users. This smart system has played a vital role in many real-time applications like medicine, cultivation, and security. This paper proposes a new architecture with an algorithm for better to park the vehicle further in this document, examine the parking availability status of the registered and / or reserved vehicle to park the vehicle and examine the sensor-based intelligent parking system. Using mobile applications, the system will help the user detect the parking space in the user’s current arena. The IoT-based smart car hosts heterogeneous sensors, each of which has unique assiduously. The smart parking system requires an Arduino microcontroller, a cloud server, an ultrasonic sensor, and an IR sensor, enough to efficiently park a vehicle in the assigned slot. The ultrasonic sensor can check the availability of the slot in the parking area. Similarly, the IR sensor is used to control the entry and exit of the vehicle. The main intention of the car parking system is to distribute the slot in the vehicle (user) in the parking area without becoming rigid for vehicle parking. At last, this paper explains and also shows a general description of the intelligent system.