Research on End-to-End Delay Performance Based on GPS Scheduling System
Autores:
Yang, Wang; Beijing Information Science and Technology University Jin-he, Zhou; Beijing Information Science and Technology University Keng, Ye; Beijing Information Science and Technology University
Fecha:
2013-12-29
Publicador:
TELKOMNIKA: Indonesian journal of electrical engineering
This paper summarizes some results of network calculus. It derives the bounds on end-to-end delay and effective bandwidth by network based on leaky bucket regulators. The simulation results show that the network calculus is a good fit for calculating end-to-end delay. And it provides effective control, scheduling and management in the integration network conditions in the following step.