Abstract—Mobility becomes a distinct feature for a wireless mobile cellular system. For the traffic which is non stationary and is away from the base station, the chances of a call to be handed off are increased. In urban mobile cellular systems, especially when the cell size becomes relatively small, the procedure has a significant impact on system performance. Blocking probability of originating calls and the forced termination probability of ongoing calls are the primary criteria for indicating this performance. In this paper, we report our recent work on closed form solutions to the blocking probability followed by dropping probability in wireless cellular networks with. First, we develop a performance model of a cell in a wireless netw...
We investigate the effects of handoff on system performance in two-tier cellular networks. Two of th...
We demonstrate in the paper that mobility has great impactss on the QoS capabilities in wireless cel...
It is known that efficient call handling mechanisms can greatly improve cellular network performance...
In this paper, a mathematical model is proposed to estimate the dropping probabilities of cellular w...
The unavailability of bandwidth in the wireless network systems is the main source of the most diffi...
This paper investigates handover and fresh call blocking probabilities for subscribers moving along ...
The unavailability of bandwidth in the wireless network systems is the main source of the most diffi...
In a cellular telecommunications network, the call blocking, forced termination, and call incompleti...
AbstractThis paper proposes and analyzes a queueing network model of a cellular mobile communication...
Abstract-In wireless networks, terminating handoff calls is generally more objectionable than blocki...
Mobility is one of the major issues in the performance characterization of wireless communication sy...
Mobility is one of the major issues in the performance characterization of wireless communication sy...
A mathematical formulation is developed for systematic tracking of the random movement of a mobile s...
A mathematical formulation is developed for systematic tracking of the random movement of a mobile s...
Capacity has always been a major concern in wireless networks. This letter studies the impact of mob...
We investigate the effects of handoff on system performance in two-tier cellular networks. Two of th...
We demonstrate in the paper that mobility has great impactss on the QoS capabilities in wireless cel...
It is known that efficient call handling mechanisms can greatly improve cellular network performance...
In this paper, a mathematical model is proposed to estimate the dropping probabilities of cellular w...
The unavailability of bandwidth in the wireless network systems is the main source of the most diffi...
This paper investigates handover and fresh call blocking probabilities for subscribers moving along ...
The unavailability of bandwidth in the wireless network systems is the main source of the most diffi...
In a cellular telecommunications network, the call blocking, forced termination, and call incompleti...
AbstractThis paper proposes and analyzes a queueing network model of a cellular mobile communication...
Abstract-In wireless networks, terminating handoff calls is generally more objectionable than blocki...
Mobility is one of the major issues in the performance characterization of wireless communication sy...
Mobility is one of the major issues in the performance characterization of wireless communication sy...
A mathematical formulation is developed for systematic tracking of the random movement of a mobile s...
A mathematical formulation is developed for systematic tracking of the random movement of a mobile s...
Capacity has always been a major concern in wireless networks. This letter studies the impact of mob...
We investigate the effects of handoff on system performance in two-tier cellular networks. Two of th...
We demonstrate in the paper that mobility has great impactss on the QoS capabilities in wireless cel...
It is known that efficient call handling mechanisms can greatly improve cellular network performance...