Design & Implementation of an Advanced Traffic Light Controller Using Verilog HDL || Xilinx Vivado скачать в хорошем качестве

Design & Implementation of an Advanced Traffic Light Controller Using Verilog HDL || Xilinx Vivado

👉👉 Project (PDF)Verilog Code and Test Bench Code : https://topmate.io/nc_chandu/1859038---- ---------------------------------------------------------------------------------------------------------- *Title:* Traffic Light Controller Using Verilog *Objective:* This project aims to design a Verilog-based traffic light controller for a T-shaped road junction. The system is intended to manage vehicle movement efficiently, reduce waiting time, and improve traffic flow with a structured signaling sequence. *Methodology:* The controller is designed using Verilog HDL and tested on Xilinx Vivado. A finite state machine (FSM) model with six states (S1 to S6) controls the traffic signals for four directions: M1, MT, M2, and S. Each state follows defined time delays to ensure smooth transitions: TMG = 7 seconds (Major Green timing) TY = 2 seconds (Yellow warning) TTG = 5 seconds (Transition Green) TSG = 3 seconds (Side Green timing) The FSM transitions ensure each road direction receives appropriate signal timing to minimize congestion. *Implementation:* The Verilog code defines each state, ensuring seamless transitions using `always` blocks triggered by clock pulses and reset conditions. The RTL schematic generated in Xilinx Vivado illustrates the logical connections and hardware mapping for clarity. *Results:* Simulation results verified correct signal sequences, ensuring smooth transitions and organized vehicle flow. The system successfully reduced delays and improved traffic movement efficiency. *Conclusion and Future Scope:* The implemented Traffic Light Controller efficiently manages traffic at the T-junction with fixed timing. Future improvements may involve sensor-based adaptive control to dynamically adjust signal durations based on real-time traffic density. Additional features like solar power integration, GPRS mapping for emergency vehicles, and extended multi-road signal management are proposed for enhanced efficiency and sustainability. --------------------------------------------------------------------------------------------------------------------------------------------------------------- #verilog #vlsiprojects #finalyearprojectideas #eceprojects #fpga #vlsiminiprojects #vlsimajorprojects #IEEEprojects2025 *#Verilog* *#FPGA* *#Trafficlightcontroller* *#DigitalDesign* *#HardwareProgramming* *#XilinxVivado* *#AutomatedParking* *#VerilogProjects* *#FSM* *#FPGAProjects* **#trafficlight ** *#ElectronicEngineering -------------------------------------------------------------------------------------------------------------------------------------------------------------- 👉👉👉Follow my Telegram Channel to access all PPTS and Notes which are discussed in YouTube Channel https://t.me/joinchat/Tdj1I9joK16TCaiA ------------------------------------------------------------------------------------------------------------------------------------------------------------- 1. 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