Processor sharing queueing system is considered in which each customer has some random space requirement (volume), service time of the customer depends on his volume, and the total customers capacity in the system is limited by the value V (memory capacity). We find a stationary distribution of the number of customers in the system, as well as the stationary loss probability. Some particular cases are analyzed
We study a processor sharing queue with a limited number of service positions and an infinite buffer...
In the present paper, we analyze the model of a single–server queueing system with limited number of...
In the paper, we consider non-classical queueing systems with non-homogeneous customers. The non-hom...
Processor sharing queueing system is considered in which each customer has some random space require...
We investigate processor sharing queueing systems with non-homogeneous customers having some random ...
We investigate a processor sharing system in which each customer has three interdependent random cha...
We investigate a processor sharing system in which each customer has three interdependent random cha...
We discuss processor sharing queueing systems with non-homogeneous demands. This non-homogenity mean...
We discuss a processor sharing system with non-homogeneous customers. There are resources of two typ...
Queueing systems with processor sharing represent the adequate models for sharing the resources, e.g...
Queueing systems with processor sharing represent the adequate models for sharing the resources, e.g...
Queueing system with limited processor sharing, which operates in the Markovian random environment, ...
Queueing system with limited processor sharing, which operates in the Markovian random environment, ...
In the paper, we investigate a single-server queueing system with unlimited memory space and non-hom...
We obtain a decomposition result for the steady state queue length distribution in egalitarian proce...
We study a processor sharing queue with a limited number of service positions and an infinite buffer...
In the present paper, we analyze the model of a single–server queueing system with limited number of...
In the paper, we consider non-classical queueing systems with non-homogeneous customers. The non-hom...
Processor sharing queueing system is considered in which each customer has some random space require...
We investigate processor sharing queueing systems with non-homogeneous customers having some random ...
We investigate a processor sharing system in which each customer has three interdependent random cha...
We investigate a processor sharing system in which each customer has three interdependent random cha...
We discuss processor sharing queueing systems with non-homogeneous demands. This non-homogenity mean...
We discuss a processor sharing system with non-homogeneous customers. There are resources of two typ...
Queueing systems with processor sharing represent the adequate models for sharing the resources, e.g...
Queueing systems with processor sharing represent the adequate models for sharing the resources, e.g...
Queueing system with limited processor sharing, which operates in the Markovian random environment, ...
Queueing system with limited processor sharing, which operates in the Markovian random environment, ...
In the paper, we investigate a single-server queueing system with unlimited memory space and non-hom...
We obtain a decomposition result for the steady state queue length distribution in egalitarian proce...
We study a processor sharing queue with a limited number of service positions and an infinite buffer...
In the present paper, we analyze the model of a single–server queueing system with limited number of...
In the paper, we consider non-classical queueing systems with non-homogeneous customers. The non-hom...