RealTime_Public_Transport_Tracking_Visual.pptx

RealTime_Public_Transport_Tracking_Visual.pptx

• 1.
  Real-Time Public Transport Trackingfor Small Cities Smart India Hackathon Project
• 2.
  Problem Statement • •Passengers face uncertainty about bus/auto arrival times. • • Long waiting times and lack of reliability. • • No real-time tracking system in small cities. • • Reduced trust and lower usage of public transport.
• 3.
  Proposed Solution • •Website-based real-time tracking of public transport. • • GPS-enabled driver app to send live locations. • • Passengers see vehicles on map with ETA. • • Admins manage routes, vehicles, and monitor delays.
• 4.
  How It Works •1. Driver app sends GPS data to server. • 2. Backend processes data and calculates ETA. • 3. Database stores routes, stops, and vehicle details. • 4. Passenger website shows live tracking. • 5. Admin website allows route/vehicle management.
• 5.
  Key Features • •Real-time bus/auto tracking. • • ETA prediction at stops. • • Search by route, stop, or vehicle. • • Mobile-friendly passenger interface. • • Admin dashboard for operators.
• 6.
  Technology Stack • Frontend:React + Leaflet/Google Maps • Backend: Node.js + Express + WebSockets • Database: PostgreSQL/MongoDB • Hosting: Vercel (frontend), Render/Heroku (backend) • GPS Tracking: Simple Android driver app
• 7.
  System Architecture • DriverApp (GPS) → Backend (Node.js) → Database • ↘ Passenger Website (React + Maps) • ↘ Admin Website (Route Management)
• 8.
  Impact & Benefits •• Reduce passenger waiting times. • • Increase trust in public transport. • • Low-cost solution for small cities. • • Data-driven improvements for operators. • • Promotes smart mobility and sustainability.
• 9.
  System Architecture (Visual)