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 More computer ebooks Multimedia WiMAX Technologies Performance Analysis and QoS - CRC Press
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 Chapter 1 (Design of Baseband Processors for WiMAX Systems) gives an introduction to programmable baseband processors suited for WiMAX systems. Related processing challenges that influence the design of such processors are also highlighted. A mapping of the WiMAX mode IEEE 802.16d onto a programmable processor is used as an example to illustrate the computational requirements on a WiMAX system.Chapter 2 (Fractal-Based Methodologies for WiMAX Antenna Synthesis) describes an innovative methodology based on perturbed fractal structures for the design of multiband WiMAX antennas. Chapter 3 (Space–Time Coding and Application in WiMAX) addresses and investigates a special class of multiple-input multiple-output, namely, space–time block codes, and its application in WiMAX, the next-generation OFDM-basedIEEE 802.16 standard. Chapter 4 (Exploiting Diversity in MIMO-OFDM Systems for Broadband Wireless Communications) reviews space–frequency/space–time–frequency code design criteria and summarizes space–frequency/space–time–frequency coding for multiple-input multiple-output OFDM systems. Chapter 5 (Performance Analysis of IEEE 802.16 Fixed BroadbandWireless Access Systems) proposes a combined call admission control and scheduling scheme for the IEEE 802.16 system considering the bandwidth constraint for the GPSS mode of operation. Chapter 6 (System PerformanceAnalysis for the MeshModeof IEEE 802.16) focuses on the performance analysis of the IEEE 802.16 mesh mode, especially when the transmission is distributed coordinated. Methods for estimating the distributions of the node transmission interval and connection setup delay are developed. Chapter 7 (Performance Analysis and Simulation Results under Mobile Environments) analyzes the performance of both single-input single-output and space–time block-coded OFDM systems in mobile environments. Chapter 8 (IEEE 802.16 Multiple Access Control: Resources Allocation for Reservation-Based Traffic) establishes a framework of an ideal reservation period controller, administered at the base station. Chapter 9 (Scheduling Algorithms for OFDMA-Based WiMAX Systems with QoS Constraints) presents an overview of the ecosystem in which scheduling for IEEE 802.16e systems must be performed. Chapter 10 (Resource Allocation andAdmission Control Using Fuzzy Logic for OFDMA-Based IEEE 802.16 Broadband Wireless Networks) presents a fuzzy logic controller for admission control in orthogonal frequency division multiple access-based broadband wireless networks. Download free ebook for multimedia: WiMAX Technologies Performance Analysis and QoS - CRC Press
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