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Distributed Car Rental Reservation, Fleet Allocation and Customer Billing Management
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Abstract: This study explores the development and implementation of an online vehicle rental platform that streamlines reservations, user authentication, and vehicle management. The system utilizes Angular JS for the front-end, Node.js for back-end processing, and MySQL for database management. This research emphasizes the architecture, methodologies, and advantages of the system, ensuring optimal user experience, security, and scalability. A performance assessment confirms its efficiency in managing rental transactions. This paper presents the design and implementation of a distributed car rental management suite that integrates reservation management, fleet issue, and customer billing. The system leverages Spring Boot for backend RESTful services, Angular for client-side interaction, and MySQL for persistent storage. The proposed architecture ensures scalability, modularity, and reliability in managing vehicle availability, customer reservations, and billing workflows. Experimental evaluation demonstrates that the suite provides efficient transaction management, reduces booking conflicts, and enhances user experience through a responsive web interface. This paper presents the design and implementation of a distributed car rental management system for client purposes. This management system mainly focuses on key activities like reservation management, fleet allocation, customer billing, payment history. This is an advance development of online platform service. It explores the development and implementation of the online reservation and online vehicle rental platform. This system is mainly utilized with Angular for frontend and MySQL for database management and Spring Boot and Rest APIβs for backend. This research can pay attention to words, the service mode of the application. The main advantage of the system is to ensure the user experience and security, scalability of applications. It also manages the transaction of the rental cars, it confirms the efficiency in managing the car rentals and transactions. The client interaction to book a car and make the transaction is very easy with a secure manner.
Index Terms: Car Rental System, Fleet Management, Distributed Architecture, Spring Boot, Angular, MySQL, REST APIs, Billing Automation.
Index Terms: Car Rental System, Fleet Management, Distributed Architecture, Spring Boot, Angular, MySQL, REST APIs, Billing Automation.
How to Cite:
[1] Mrs. P. Saritha, N. Srinivasu, Sk. Mahabub Subhani, P. Sravan Kumar Reddy, V. Rambabu, βDistributed Car Rental Reservation, Fleet Allocation and Customer Billing Management,β International Journal of Advanced Research in Computer and Communication Engineering (IJARCCE), DOI: 10.17148/IJARCCE.2026.15442
