THE SHORTEST QUEUE MODEL AND THE MEAN-FIELD APPROACH TO TIME-SCALE QUEUEING SYSTEMS WITH A SMALL PARAMETER of the time-scale
queueing systems (TSQS) with the
shortest queue policy (SQP). The evolution dynamics TSQS
NUMERICAL ANALYSIS OF SHORTEST QUEUE PROBLEM FOR TIME-SCALE QUEUEING SYSTEM WITH A SMALL PARAMETER server from random selected m-set servers that has the s-th
shortest queue size. The evolution dynamics
Dispatching to two parallel nonobservable queues using only static informationConsideration is given to the
problem of dispatching independent jobs from one flow to two parallel
Numerical Analysis of Shortest Queue Problem for Time-Scale Queueing System with a Small Parameter is particularly focused on the analysis of the
shortest queue problem which is widely used as balancing mechanisms
The Numerical Analysis of the Time-Scale Shortest Queue Model Under the Dobrushin Mean-Field Approach, the attention of 5G/6G researchers is particularly focused on the analysis of the
shortest queue problem which
Numerical analysis of large-scale queueing system with a small parameter such server that has the s-th
shortest queue size. We consider Tikhonov
problem for a system of differential
High-Order Non-uniform Grid Scheme for Numerical Analysis of Queueing System with a Small ParameterT) is going at a high speed. All researchers understand that the join-the-
shortest-queue rule is widely used