Traffic congestions are recognized as a major problem in the modern urban cities. The Hashemite Kingdom
of Jordan is considered as one of the top countries worldwide that is suffering from the traffic jam problem
due to its old infrastructure. The current traffic light signals system in Jordan is still controlled by the fixed
timers. Therefore, this research develops an intelligent Traffic Light Management System Based on the
Hamiltonian Routing Technique (TLBH) and on the Decision Support System (DSS) in order to execute a
proper action. Hence, this research develops a system can that be used to minimize the waiting time on the
traffic signals for vehicles, which can in return lead to the reduction of the traffic congestion incurred by the
vehicles.
This research is comprehensive to many scenarios, where three of these scenarios are listed in this
research and are implemented by the system by using the MATLAB programming language; based on
specific rules. According to these sufficient testing scenarios, the simulation result shows significant
improvements in the TLBH technique in comparison with the current traffic system. The proposed
technique has the minimum total and waiting time in all scenarios compared to the current traffic system.
Keywords:Traffic light management system, routing protocols, Hamiltonian routing technique.