Ericsson Telecom Network Routing Simulation
A C++-based telecom network simulation that models tower load monitoring, tower identification, input validation, and simulated subscriber information through an interactive console application.
📌 Overview
Ericsson Telecom Network Routing Simulation is an educational C++ project designed to simulate a simplified telecom network-management scenario.
The application allows the user to interact with a simulated telecom tower by providing its Tower ID, updating its network load percentage, and entering a simulated phone number.
The project was created to connect fundamental C++ programming concepts with a practical telecommunications use case.
Note: This is an independent educational project and is not an official Ericsson product or representation of Ericsson's internal systems.
🎯 Project Objectives
The main objectives of this project are to:
- Simulate a basic telecom tower-management workflow.
- Represent tower network load using a percentage from 0–100.
- Accept and process a simulated tower ID.
- Validate user input.
- Accept a phone number in a predefined format.
- Apply C++ programming concepts to a real-world-inspired scenario.
- Build a foundation for future telecom-network simulations.
⚙️ How It Works
The current simulation follows a simple interactive workflow:
Start Program ↓ Check Tower Load ↓ Enter Tower ID ↓ Enter New Load (0–100) ↓ Enter Phone Number ↓ Process Input ↓ Simulation Completed Successfully
Example
Check Tower Load? (Yes/No): Yes
Enter Tower ID: TOWER-001
Enter new load (0-100): 72
Enter phone number (format: 555-0192): 555-0192
Simulation completed successfully.
📡 Telecom Concept
In a real telecommunications environment, network towers handle varying amounts of traffic.
This project represents tower utilization using a simple percentage:
0% → Low utilization 25% → Low utilization 50% → Moderate utilization 75% → High utilization 100% → Maximum utilization
For example:
Tower ID: TOWER-001 Load: 72%
represents a simulated tower operating at 72% load.
The load values in this project are simulated data and do not represent live telecom-network measurements.
🛠️ Technologies Used
- C++
- Object-Oriented Programming concepts
- Conditional statements
- Functions
- User input/output
- Input validation
- Console-based application
- Git & GitHub
🧠 C++ Concepts Practiced
This project provides practical experience with:
- Variables and data types
- "if/else" conditions
- Functions
- User input
- String handling
- Numeric validation
- Loops
- Program flow
- Console output
- Basic software structure
Requirements
You need:
- A C++ compiler
- Visual Studio Code, Visual Studio, or another C++ IDE
- Git (optional)
Compile
Using GCC:
g++ main.cpp -o telecom_simulation
Run on Windows
telecom_simulation.exe
Run on Linux/macOS
./telecom_simulation
🧪 Example Test Case
Input:
Tower Load Check: Yes Tower ID: TOWER-001 Load: 72 Phone Number: 555-0192
Result:
Simulation completed successfully.
The application validates and processes the provided information as part of the simulated telecom workflow.
This project is intentionally a simplified simulation.
It does not currently connect to:
- Real telecom towers
- Ericsson network equipment
- Live cellular networks
- Real subscriber databases
- Production network infrastructure
- Live network traffic
All tower information, load values, and phone numbers are simulated for educational purposes.
🚀 Future Improvements
The project can be expanded into a more advanced telecom-network simulation.
Potential future features include:
- Multiple telecom towers
- Real-time tower-load monitoring
- Network topology visualization
- Traffic distribution simulation
- Tower overload detection
- Alternative routing
- Network failure simulation
- Data logging
- Performance statistics
- Graph-based routing algorithms
- AI-assisted network optimization
Future development could eventually transform the project from a basic console simulation into a more comprehensive telecom network-management simulator.
📚 Learning Outcome
This project helped me apply C++ programming concepts to a practical engineering scenario rather than working only with isolated programming exercises.
It provided hands-on experience with:
Programming → Input Validation → Simulation → Network Concepts → Software Engineering
👨💻 Author
Abdullah Khan
Computer Science Student | C++ Developer | Aspiring AI & Technology Engineer
Interests
- Software Engineering
- Artificial Intelligence
- Computer Networks
- Telecommunications
- Network Automation
- Distributed Systems
⭐ Project Status
Status: Completed — Initial Simulation
Type: Educational / Student Portfolio Project
Language: C++
Domain: Telecommunications / Network Simulation
Built with C++ to explore the intersection of software engineering and telecommunications.