\u3cp\u3eThis paper considers a batch arrival M \u3csup\u3ex\u3c/sup\u3e/ G / 1 queue with impatient customers. We consider two different model variants. In the first variant, customers in the same batch are assumed to have the same patience time, and patience times associated with batches are i.i.d. according to a general distribution. In the second variant, patience times of customers in the same batch are independent, and they follow a general distribution. Both variants are related to an M/G/1 queue in which the service time of a customer depends on its waiting time. Our main focus is on the virtual and actual waiting times, and on the loss probability of customers. \u3c/p\u3
In this paper the authors consider two queuing models: M/G/1+Gw and M/G/1+Gs. These two models are d...
In this paper the authors consider two queuing models: M/G/1+Gw and M/G/1+Gs. These two models are d...
In this paper, we compute the probability generating functions (PGF's) of the customer delay for two...
This paper considers a batch arrival M x/ G / 1 queue with impatient customers. We consider two diff...
This paper considers a batch arrival M x/ G / 1 queue with impatient customers. We consider two diff...
This paper considers a batch arrival M x/ G / 1 queue with impatient customers. We consider two diff...
This paper considers a batch arrival M x/ G / 1 queue with impatient customers. We consider two diff...
This paper considers a batch arrival M x/ G / 1 queue with impatient customers. We consider two diff...
We consider an M/G/1 queue with the following form of customer impatience: an arriving customer balk...
We consider an M/G/1 queue with the following form of customer impatience: an arriving customer balk...
We consider an M/G/1 queue with the following form of customer impatience: an arriving customer balk...
We consider an M/G/1 queue with the following form of customer impatience: an arriving customer balk...
We consider an M/G/1 queue with the following form of customer impatience: an arriving customer balk...
In this paper the authors consider two queuing models: M/G/1+Gw and M/G/1+Gs. These two models are d...
We consider an M/G/1 queue with the following form of customer impatience: an arriving customer balk...
In this paper the authors consider two queuing models: M/G/1+Gw and M/G/1+Gs. These two models are d...
In this paper the authors consider two queuing models: M/G/1+Gw and M/G/1+Gs. These two models are d...
In this paper, we compute the probability generating functions (PGF's) of the customer delay for two...
This paper considers a batch arrival M x/ G / 1 queue with impatient customers. We consider two diff...
This paper considers a batch arrival M x/ G / 1 queue with impatient customers. We consider two diff...
This paper considers a batch arrival M x/ G / 1 queue with impatient customers. We consider two diff...
This paper considers a batch arrival M x/ G / 1 queue with impatient customers. We consider two diff...
This paper considers a batch arrival M x/ G / 1 queue with impatient customers. We consider two diff...
We consider an M/G/1 queue with the following form of customer impatience: an arriving customer balk...
We consider an M/G/1 queue with the following form of customer impatience: an arriving customer balk...
We consider an M/G/1 queue with the following form of customer impatience: an arriving customer balk...
We consider an M/G/1 queue with the following form of customer impatience: an arriving customer balk...
We consider an M/G/1 queue with the following form of customer impatience: an arriving customer balk...
In this paper the authors consider two queuing models: M/G/1+Gw and M/G/1+Gs. These two models are d...
We consider an M/G/1 queue with the following form of customer impatience: an arriving customer balk...
In this paper the authors consider two queuing models: M/G/1+Gw and M/G/1+Gs. These two models are d...
In this paper the authors consider two queuing models: M/G/1+Gw and M/G/1+Gs. These two models are d...
In this paper, we compute the probability generating functions (PGF's) of the customer delay for two...