DESIGN AND DEVELOPMENT OF AN INTEGRATED INTERNET OF THINGS-BASED SMART PARKING PAYMENT SYSTEM

• Main Author: Ramadhan Hilman, Relieyan
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/74798
• Institution: Institut Teknologi Bandung

The backend processing technology and Internet of Things (IoT) are important technologies that serve as the foundation for various applications, including smart parking systems. This final project aims to develop a seamless parking payment system that utilizes backend processing and IoT technologies to create a smooth payment experience. There are five main subsystems involved in this research: machine learning, blockchain, backend, IoT, and web application. This study will specifically focus on leveraging IoT-based backend technology as an integrator for the other subsystems and as an actuator for the smart parking payment system. The IoT-based backend technology is utilized to process and integrate the functions within this system, ranging from user account activation for parking spaces to user check-out from parking areas. The implementation results of the Application Programming Interface (API) are used for interactions with each subsystem, including machine learning, blockchain, and web application. During integration testing, it was found that the smart parking payment system takes an average of 10.4 seconds to process data for user check-in and an average of 11.1 seconds for user check-out.