Problem
Multithreaded client-server railway scheduling system with real-time updates and delay management.
Project Case Study
Running of Trains
Multithreaded client-server railway scheduling system with real-time updates and delay management.
Technologies Used
- C++
- Sockets
- Multithreading
- Concurrency
Screenshots
Project Explanation
Solution
- Multithreaded client-server railway scheduling system.
- Socket-based communication
- Each connected client handled as separate thread on server
- Real-time schedule updates
- Delay reporting system with automatic downstream station updates
- Concurrency control and thread management
- Thread-safe operations and efficient resource handling
Architecture
The architecture is organized around core modules and responsibilities, using C++, Sockets, Multithreading, Concurrency to ensure maintainability, scalability, and testability.