(Max,+)-대수를 이용한 3-노드 유한 버퍼 일렬대기행렬 망에서 최적 버퍼 크기 결정

Determining the Optimal Buffer Sizes in Poisson Driven 3-node Tandem Queues using (Max,+)-algebra

초록

In this study, we consider stationary waiting times in finite-buffer 3-node single-server queues in series with a Poisson arrival process and with either constant or non-overlapping service times. We assume that each node has a finite buffer except for the first node. The explicit expressions of waiting times in all areas of the stochastic system were driven as functions of finite buffer capacities. These explicit forms show that a system sojourn time does not depend on the finite buffer sizes, and also allow one to compute and compare characteristics of stationary waiting times at all areas under two blocking rules : communication and manufacturing blocking. The goal of this study is to apply these results to an optimization problem which determines the smallest buffer capacities satisfying predetermined probabilistic constraints on stationary waiting times at all nodes. Numerical examples are also provided.

키워드

(Max+)-linear Systems(Max+)-algebraTandem QueuesFinite BuffersWaiting Times
제목
(Max,+)-대수를 이용한 3-노드 유한 버퍼 일렬대기행렬 망에서 최적 버퍼 크기 결정
제목 (타언어)
Determining the Optimal Buffer Sizes in Poisson Driven 3-node Tandem Queues using (Max,+)-algebra
저자
서동원황승준
발행일
2007-05
저널명
경영과학
24
1
페이지
25 ~ 34