Bike3S: A Tool for Bike Sharing Systems Simulation

Project Code :TCMAJA1315

Objective

The objective of Bike3S is to provide a comprehensive platform for managing station-based bike-sharing systems, empowering administrators, service providers, and users to effectively interact with and optimize operations. For administrators, the system offers the ability to manage users, bikes, and bookings, as well as monitor system performance. Service providers can easily add, update, and delete bikes, ensuring efficient fleet management. For users, Bike3S offers a seamless booking experience where they can view available bikes based on their nearest station location using Google Maps, and reserve bikes accordingly. Additionally, users can track active bookings, make payments, and review completed rides. The system also offers features such as user registration, bike management, payment tracking, and an admin dashboard for complete oversight. By integrating location-based services and providing real-time data, Bike3S ensures efficient bike distribution and enhances user satisfaction, while allowing administrators and service providers to optimize bike-sharing operations.

Abstract

Bike3S is an advanced platform designed for managing station-based bike-sharing systems. The platform provides a comprehensive solution for administrators, service providers, and users to interact with and optimize bike-sharing operations. Administrators can manage the entire system, including bike and user management, as well as monitor bookings. Service providers can register, add and manage bikes, and track active and completed bookings. Users can easily register, view available bikes, make bookings, and complete payments for bike rentals. The system supports various management features, such as user registration, bike management, booking and payment tracking, and provides an admin dashboard for oversight. By streamlining these processes, Bike3S enables stakeholders to optimize bike-sharing operations, ensuring efficient fleet management and enhancing user satisfaction.

Keywords: Bike Sharing, , Agent-Based Modeling, Fleet Management, Operational Strategies, System Optimization, User Booking, Payment Integration, Spring Boot, ReactJS.

NOTE: Without the concern of our team, please don't submit to the college. This Abstract varies based on student requirements.

Block Diagram

Specifications

HARDWARE REQUIREMENTS:

  • Processor: Intel i3 or higher
  • RAM: 4 GB minimum
  • Hard Disk: 160 GB or more

 

SOFTWARE SYSTEM CONFIGURATION:

  • Operating System: Windows 7/8/10
  • Backend: Spring Boot
  • Programming Language: Java
  • IDE: IntelliJ IDEA / VS Code

Demo Video

mail-banner
call-banner
contact-banner
Request Video