Research On Two Order Characteristics Of Parallel Optimized Gated Service Polling Queuing System

With the modern industry entering the industrial 4 era,the related communication network,industrial manufacturing,intelligent interaction and large data have been developed unprecedentedly.In particular,the development of communication network in communication content,communication means and communication mode has brought more technological innovation space to related industries.At the same time,network computing,storage,link and other system services resource allocation is also facing greater challenges.Polling control system service resources provide a simple and reliable in the scheduling strategy,the control strategies in the case of high load can be very good to avoid the conflict of competition between the access terminal,so as to make the system more efficient use of resources.In recent years,through to the polling system of the structure of the continuous improvement in order to improve the service efficiency is the research hotspot of scholars at home and abroad have been hot pursuit.Based on the basic gated service polling system control mechanism analysis foundation,proposed based on the idea of super pipeline scheduling of parallel optimization of transfer and service process of query gated service polling system scheduling strategy.This paper using the theory of queuing theory and random process for customers to reach,server query and services and transfer process in mathematical modeling,the mathematical analysis model of the paper are three random process nested complex system interaction of multidimensional random variable,the system equations are primary and secondary derivative to iterative solution of the key system parameters,the analysis process has very high complexity and difficulty,and the results have been obtained by most of the research at home and abroad can only get the approximate solution.The polling system with random variables of system state probability generating function to construct a parallel optimization gated service polling system of equation,the system state variables and to solve the system equations,the system average queue length,average query cycle and accurate analytical expression of the average waiting time delay system.The paper further simulated and analyzed the optimization model,and the statistical analysis value is consistent with the theoretical calculation results.Finally,by comparing with the system performance evaluation of the traditional gated service system,it is proved that the parallel optimization gated service polling system significantly reduces the queue length and waiting time delay in the service process,effectively improves the system response speed,and has better system stability.The mathematical analysis process has expanded the research and application of polling service system.