FPGA Implementation of Anti-theft Intelligent Traffic Management System

Abstract

The present-day traffic system in our nation provides an immobile traffic control plan, which is based on prior traffic counts. Besides increased crowd of vehicles on road, the theft of vehicles is also increased over the years. Due to this, emergency service vehicles may not achieve the target of being in time. This leads to the loss of human lives. To avoid the overcrowding issues, many systems have progressed using embedded systems. These, however, have a few problems for efficient controlling. To provide the solution for the conventional system, FPGA-based intelligent traffic system and vehicle theft detection system is proposed in this paper. It uses both software and hardware in combination with each other. FPGA are reconfigurable, and the program can be modified anytime according to the user requirements. The system functions faster than existing microcontroller systems already implemented. Extended memory option is the main option to store large database management. CAN protocol is used to connect a number of traffic junctions. XILINX software is used to carry out tests for simulations, and the results show that the system is efficient and practically usable.