Titlebook: Wireless Information Networks; Architecture, Resour Jack M. Holtzman Book 1996 Kluwer Academic Publishers 1996 ATM.Host.Internet.communicat

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Issues in Wireless Access Broadband Networkstween wireline and wireless transmission links introduce a new networking paradigm with difficult and interesting challenges. We show that these differences have a direct impact on the packet-level quality-of-service defined by the packet loss, delay and jitter statistics. Moreover, we examine a num

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Issues in Developing Functional Model(S) for Future Mobile Communication Networksms. Based on the three-stage methodology defined in ITU-T Recommendation 1.130 [1], mobile and Intelligent Network experts within ITU and ETSI are currently working on the functional modelling of respectively FPLMTS (Future Public Land Mobile Telecommunication Systems) and UMTS (Universal Mobile Tel

學(xué)術(shù)討論會(huì)

Mobility Support in a Wireless ATM Network a datalink control protocol is used to convert the wireless channel into an ATM like multi-service transport. Afterwards, a mobility support architecture is proposed to facilitate terminal mobility in an ATM network environment. We separate the end-to-end VC into static segments and dynamic segment

pus840

較早

Distributed Measurement-Based Dynamic Channel Assignment for Wireless Personal Communicationsy, conventionally employed in cellular radio networks, impractical. The distributed measurement-based approach seems to be a practical solution. In this paper, we study and compare several different distributed measurement-based algorithms for dynamic channel assignment (DCA). Their performance is a

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六邊形

DAUNT

A Simple Analysis of CDMA Soft Handoff Gain and its Effect on the Cell’s Coverage Areatage probabilities around the system’s coverage area, incorporating in part the effects of CDMA reverse link power control and soft handoff gains. We obtain the probability of service at the edge of the cell and hence the area reliability of the CDMA system. We also examine the dependence of the ser

Gobble

An Algorithm for Capacity Allocation in Cellular Spread Spectrum Networks with Nonuniform Traffic Loplink communication. From the point of view of a user, the algorithm allocates enough bandwidth to satisfy the user’s bit rate requirement. From the point of view of the network, the algorithm allocates capacity to spatial regions. If a region becomes congested then the network automatically adjusts