This project is a Smart Traffic Management System developed using VHDL and implemented on a Basys 3 FPGA board. The purpose of this project is to optimize traffic flow and enhance safety by integrating advanced monitoring and control features.
- Four main vehicular traffic lights (Red, Yellow, Green) to regulate vehicle flow.
- Four pedestrian-specific lights to ensure safety for individuals crossing the intersection.
- Traffic lights are designed following the German Traffic System.
- Ultrasonic sensors are positioned centrally to detect vehicle presence and movement.
- These sensors form a square at the intersection of the lanes, enabling dynamic control of traffic signals.
- A buzzer alerts for traffic violations, such as vehicles crossing during a red light.
- Promotes safety and ensures rule compliance.
- A DHT11 temperature sensor monitors environmental conditions.
- Offers potential adaptability for extreme weather scenarios.
- A 220V LED system is used to simulate real-world traffic light conditions.
- Real-time monitoring and decision-making ensure efficient traffic flow.
- The project is programmed in VHDL.
- Implemented using the Basys 3 FPGA board, leveraging its GPIOs and digital capabilities.
- The LCD display provides real-time feedback on system status, such as temperature readings and sensor activity.
- Integration of IoT for remote traffic management and monitoring.
- Implementation of AI-based predictive models to improve traffic efficiency further.
- Expansion to include more sensors for complex intersections.
- Mostafa Mohamed Abdelaziz
- Ahmed Adel Sanad
- Ahmed Sherif Elafandy
- Mohammad Soufi
- Hassan Elgohary
- Marwan Elsayed Ali
Drive includes video: https://drive.google.com/drive/folders/1XLDRS9gq8AhIFBP5GQdAdBeGjmAlp-tv?usp=sharing
This project demonstrates the power of real-time sensing and hardware-based control to address modern urban traffic challenges efficiently. It serves as a robust model for a smart city initiative.