An Application of Queue management Systems for Congestion Control in Revered Places of Uttarakhand India

Owing the stressful, busy and fast lifestyle of people in todays highly dynamic circumstances, everybody has a need to get away from it. In this respect going for short and long trips for varied purposes has become an essential part of the life of people. As a result the number of people opting out for travelling to far away tourist destinations is on the rise. Acknowledging the need of traveling of the people in different revered places to find serenity and relax, our proposed approach to the single intersection optimization problem is gradient based, and we derive simulation-based gradient estimators that are more efficient than brute-force finite differences. Here we focus on the single channel waiting line systems with Poisson arrival and exponential service time in revered places. Mathematical models of queuing theory present an interest in modeling, designing and analyzing information network and describe the base for waiting phenomena, services processes, and prioritization of services among others. The other aspect of the study also demands that the expended network in revered places must bring modern technologies along, to serve venerator across the globe for better turnout and efficiency in carrying activities.