Efficient Traffic Routing Method at Busy Intersections

Autonomous traffic control is always a challenging task due to improper resource management. This paper presents the theoretical aspects of a reservation based scheduling algorithm for smart traffic management. The proposed approach can be applied in any semi-autonomous environment for its collision avoidance, delay minimizing, congestion reduction, starvation free, deadlock preventing and time efficient nature. The method involves reservation based scheduling algorithm of traffic streams which decides it's next traffic movement based on the optimization of delay and chances of a collision. Experimental results show that the maximum value of the sum of estimated heuristic delay and vehicle-vehicle collision probability are decreased by 62.5% and 70% respectively, compared to other approaches.