Current Technology Developments of WiMax Systems [electronic resource] / edited by Maode Ma.

Deployment and Design of Multi-Antenna WiMax Systems in a Non-Stationary Interference Environment -- Dynamic Bandwidth Allocation for 802.16E-2005 MAC -- A Downlink MAC Frame Allocation Framework in IEEE 802.16e OFDMA: Design and Performance Evaluation -- Scheduling Techniques for WiMax -- QoS Provision Mechanisms in WiMax -- Mobile WiMax Performance Optimization -- A Comparative Study on Random Access Technologies of 3G and B3G Mobile Communications Systems -- An Improved Fast Base Station Switching for IEEE 802.16e with Reuse Partitioning -- Fast Handover Schemes in IEEE 802.16E Broadband Wireless Access System -- Addressing Multiservice Classes and Hybrid Architecture in WiMax Networks -- Energy-Efficient Multimedia Delivery in WMAN Using User Cooperation Diversity -- Game Theory Modeling of Social Psychology Principle for Reliable Multicast Services in WiMax Networks -- IEEE 802.16: Enhanced Modes of Operation and Integration with Wired MANs.

Recent developments on wireless communication technology have resulted in tremendous innovations to make broadband wireless networks able to compete with 3G cellular network. IEEE 802.16X standards have not only specified WiMax wireless access networks but also designed a framework of wireless metropolitan area networks with mobility functionality. It is obvious that with further development of various WiMax technologies, wide range of high-quality, flexible wireless mobile applications and services could be provided, which will revolutionarily improve our modern life to achieve the goal of accessing the global information at any place and at any time by any mobile device in the future. Current Technology Developments of WiMax Systems addresses the recent developments of WiMax technologies for both academia and industry. It is expected to be a good reference for further research and development on WiMax systems.

ZDB-2-ENG