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AUTOMATED BUS SCHEDULING AND ROUTE MANAGEMENT APPLICATIONS

📘 Volume 11 📄 Issue 3 📅 march 2025

👤 Authors

Harsh More , Yug Agarwal , Nishi Shah , Gautam Sidhwani , Sangita Bhoyar , Shubhra Tonge 1
1. Computer Engineering, Computer Engineering, Vivekanand Education Society's Polytechnic, Chembur, Mumbai, Maharashtra

📄 Abstract

A microservice-based bus route management system built with Docker and Google Cloud Run is presented in this article. Issues with scheduling, manpower management, and route optimization hinder the effectiveness of public transportation. Our suggested Automated Bus Scheduling and Route Management System gives administrators and crew members role-based access and optimizes routes using the LKH algorithm. The system employs a proprietary scheduling algorithm that allows bus stop clustering, efficient route construction, and workforce scheduling while taking peak hours and working hour limits into account. Leaflet is used for real-time mapping visualization. Interactive mapping, automatic scheduling with demand-driven modifications, and extensive tools for scheduling, managing personnel assignments, bus stops, routes, and schedules via an integrated dashboard are some of the key features.

🏷️ Keywords

microservice architecture transportation management system route optimization LKH algorithm Docker containerization Google Cloud Run Leaflet mapping schedule optimization public transit management peak hour management workforce scheduling

📚 How to Cite:

Harsh More , Yug Agarwal , Nishi Shah , Gautam Sidhwani , Sangita Bhoyar , Shubhra Tonge , AUTOMATED BUS SCHEDULING AND ROUTE MANAGEMENT APPLICATIONS , Volume 11 , Issue 3, march 2025, EPRA International Journal of Multidisciplinary Research (IJMR) ,

🔗 PDF URL

https://cdn.eprapublishing.org/article/202503-01-020643.pdf

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