Heavy metal halide glass fibers have the potential of optical loss between 0.001 and 0.01 dB/km in the 2-10micron region.
We analyze the performance of a tandem, queueing network populated by two customer types.
We analyze three queuing control problems that model a dynamic stochastic distribution system, where a single capacitated vehicle serves a finite number of retailers in a make-to-stock fashion.
We consider a tandem Jackson network with a processor-sharing (PS) node followed by either another PS node or a first in first out (FIFO) node. It is assumed that both nodes are in heavy traffic.
We consider two parallel queues. When both are non-empty, they behave as two independent M/M/1 queues. If one queue is empty the server in the other works at a different rate.
The concept of a loop network for data transmission has been proposed recently by J. R.
The recent discovery of heavy-Fermion properties in Lithium Vanadate and the enormous difference in its properties from the properties of Lithium Titanate, as well as of the manganite compounds, ra
In this paper the steady-state behavior of two parallel M/M/1 queues under the head of the line processor-sharing discipline is investigated, when both queues are in heavy traffic.
We present new results based on novel techniques for the problem of characterizing the waiting time distribution in a class of closed queueing networks in heavy usage, which in practical terms mean
In the last few years, the growing demand of wireless data services has brought great pressure on wireless network in dense urban environment Small cells are widely deployed to increase data capaci
