Channel allocation in cellular radio networks
Computers and Operations Research
Dynamic Resource Allocation for Handoff in WATM Networks
ICPADS '05 Proceedings of the 11th International Conference on Parallel and Distributed Systems - Volume 01
Dynamic frame length channel assignment in wireless multihop ad hoc networks
Computer Communications
Cellular network configuration with co-channel and adjacent-channel interference constraints
Computers and Operations Research
QoS mechanisms for multimedia communications over TDMA/TDD WLANs
Computer Communications
A new MAC protocol design based on TDMA/FDD for QoS support in WATM networks
Computer Standards & Interfaces
Quality-of-service oriented medium access control for wireless ATM networks
IEEE Communications Magazine
WATMnet: a prototype wireless ATM system for multimedia personal communication
IEEE Journal on Selected Areas in Communications
Wireless propagation channel modeling for optimized Handoff algorithms in wireless LANs
Computers and Electrical Engineering
| Hi-index | 0.01 |
An efficient bandwidth allocation scheme in wireless networks should not only guarantee successful data transmission without collisions but also enhance the channel spatial reuse to maximize the system throughput. The design of high-performance wireless Local Area Network (LAN) technologies making use of TDMA/FDD MAC (Time Division Multiple Access/Frequency Division Duplex - Medium Access Control) is a very active area of research and development. Several protocols have been proposed in the literature as TDMA-based bandwidth allocation schemes. However, they do not have a convenient generic parameters or suitable frame repartition for dynamic adjustment. In this work, we undertake the design and performance evaluation of a QoS (Quality of Service)-aware scheme built on top of the underlying signaling and bandwidth allocation mechanisms provided by most wireless LANs standards. The main contribution of this study is the new guarantee-based dynamic adjustment algorithm used in MAC level to provide the required QoS for all traffic types in wireless medium especially Wireless ATM (Asynchronous Transfer Mode). Performance evaluation of this approach consists of improving the bandwidth utilization, supporting different QoS requirements and reducing call reject probability and packet latency.