Single-server Queuing Systems With Exponential Service Times and Threshold-based Renovation

The paper presents a study of three queuing systems with a threshold renovation mechanism and an inverse service discipline. In the model of the first type, the threshold value is only responsible for activating the renovation mechanism (the mechanism for probabilistic reset of claims). In the second model, the threshold value not only turns on the renovation mechanism, but also determines the boundaries of the area in the queue from which claims that have entered the system cannot be dropped. In the model of the third type (generalizing the previous two models), two threshold values are used: one to activate the mechanism for dropping requests, the second - to set a safe zone in the queue. Based on the results obtained earlier, the main time-probabilistic characteristics of these models are presented. With the help of simulation modeling, the analysis and comparison of the behavior of the considered models were carried out.

show abstract

Single-server Queuing Systems With Exponential Service Times and Threshold-based Renovation

Cited by 3 publications

References 19 publications

Two Types of Single-Server Queueing Systems with Threshold-Based Renovation Mechanism

Two Types of Single-Server Queueing Systems with Threshold-Based Renovation Mechanism

The Queueing System with Threshold-Based Direct and Inverse General Renovation Mechanism

Analysis of queuing systems with threshold renovation mechanism and inverse service discipline

Contact Info

Product

Resources

About