Development Of Hybrid Queuing Model

Authors

  • Vuppala Lakshmi Narayana,N.Paranjothi,Dr.Kanthala Sampath Kumar

Abstract

In modelling of parallel and distributed systems, the most successful implementation in many areas is Jackson networks. As the Jackson networks couldn’t be applied for systems in which the constraints of population size are considered, the prediction of performance with the changes of a system is remained as an open question. The steady state systems with exponential service centers and the discipline of FCFS queuing are assumed in the Jackson networks product-form solution. Based on the integration of M/M/2 with M/M/1 models that are tested on open Jackson network, the model of Hybrid queuing is improved in this paper. Specifically, the presentation of Hybrid priority has been done. In the open Jackson network, some processes are having the implementation of a first-come-first-served discipline and other processes are considered a priority discipline. The reduction of waiting time will be achieved with the inclusion of more urgent concerns. Without compromising on the sacrifice for lower-priority classes, the proposed model of pooling and prioritizing customer class is provided effective outcome in minimization of waiting times for higher-priority classes.

Published

2020-11-01

Issue

Section

Articles