Channel holding time is of primary importance in teletraffic analysis of PCS networks. This
quantity depends on user's mobility which can be characterized by the cell residence time …

This paper presents a study of channel occupancy times and handoff rate for mobile
computing in MC (Mobile Computing) and PCS (Personal Communications Services) …

This paper presents the study of the hyper-Erlang distribution model and its applications in
wireless networks and mobile computing systems. We demonstrate that the hyper-Erlang …

In wireless mobile networks, quantities such as call blocking probability, call dropping
probability, handoff probability, handoff rate, and the actual call holding times for both …

This paper examines the channel holding time probability distribution in different public
telephony systems. The systems analyzed are public access mobile radio under its two …

This article analyses call duration probability density function and its parameters in GSM
system. The sample data are obtained from an actual system, and the observed call duration …

The duration of the holding time (dwell-time) in cellular telephony systems is a fraction of the
total call duration due to the handoff mechanism. Some elements such as the mobility and …

We present analytical results for handoff probability for wireless networks under assumption
that the call holding time and the cell residence time are all generally distributed. Easily …

In wireless cellular networks, performance evaluation is an important part in modeling and
designing effective schemes to utilize the limited resource. In the past, performance …

Location management plays a central role in guaranteeing the effective operation of
personal communication service (PCS) networks. In current PCS networks, a two-tier system …