TL;DR
The results show that the proposed analytical framework can effectively characterize the steady-state behavior of P2P systems under two-threshold control and provide quantitative support for parameter design.
This paper studies an N-policy M(λ1,λ2)/G/1 repairable queue in which arrival rates depend on the server state and multiple vacations may be interrupted by a Bernoulli decision. When the queue first reaches N during a vacation, the server interrupts the current vacation with probability p and otherwise completes it. We...
This paper focuses on the M / M / 1 / K single-server queueing model and estimates the tra ffi c intensity using Bayesian, E -Bayesian, hierarchical Bayesian, and a new EE -Bayesian method.
A heterogeneous two-server queueing system with differentiated vacations and server failures is examined in this paper. The matrix geometric method was applied to identify the system's stationary condition by analyzing the steady-state probability distribution of customer numbers, modeled as a quasi-birth-and-death (QB...
This paper investigates a single-server time-sharing queueing system with server breakdowns, discouraging arrivals and customer reneging. Customers arrive according to a Poisson process with rate λ while the server is operational. During server breakdowns, the arrival rate is reduced to represent customer discouragemen...
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