Order statistics in wireless communications [electronic resource] : diversity, adaptation, and scheduling in MIMO and OFDM systems / Hong-Chuan Yang, Mohamed-Slim Alouini.
By: Yang, Hong-Chuan.
Contributor(s): Alouini, Mohamed-Slim.
Cambridge, UK ; New York : Cambridge University Press, 2011ISBN: 9780521199254 (hardback).Subject(s): MIMO systems | Orthogonal frequency division multiplexing | Order statistics | System analysis -- Statistical methodsGenre/Form: Print books.DDC classification: 621.384/11| Current location | Call number | Status | Date due | Barcode | Item holds |
|---|---|---|---|---|---|
| On Shelf | TK5103.4836 .Y36 2011 (Browse shelf) | Available | AU0000000004669 |
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| TK5103.4815 .S48 2017 Fundamentals of cognitive radio / | TK5103.48325 .H37 2012 LTE, LTE-advanced, and WiMAX towards IMT-advanced networks / | TK5103.4835 .R37 2015 Millimeter wave wireless communications / | TK5103.4836 .Y36 2011 Order statistics in wireless communications diversity, adaptation, and scheduling in MIMO and OFDM systems / | TK5103.484 .C46 2016 Problem-based learning in communication systems using MATLAB and simulink | TK5103.59 .D56 2015 Principles of LED light communications : towards networked Li-Fi / | TK5103.59 .K44 2011 Optical fiber communications / |
Includes bibliographical references and index.
Machine generated contents note: 1. Introduction; 2. Digital communications over fading channels; 3. Distributions of order statistics; 4. Advanced diversity techniques; 5. Adaptive transmission and reception; 6. Multiuser scheduling; 7. Multiuser MIMO systems.
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"Covering fundamental principles through to practical applications, this self-contained guide describes indispensable mathematical tools for the analysis and design of advanced wireless transmission and reception techniques in MIMO and OFDM systems. The analysis-oriented approach develops a thorough understanding of core concepts and discussion of various example schemes shows how to apply these concepts in practice. The book focuses on techniques for advanced diversity combining, channel adaptive transmission and multiuser scheduling, the foundations of future wireless systems for the delivery of highly spectrum-efficient wireless multimedia services. Bringing together conventional and novel results from a wide variety of sources, it will teach you to accurately quantify trade-offs between performance and complexity for different design options so that you can determine the most suitable design choice based on your specific practical implementation constraints"-- Provided by publisher.
"The wireless communication industry has been and is still experiencing an exciting era of rapid development. New technologies and designs emerge on a regular basis. The timely adoption of these technologies in real-world systems relies heavily on the accurate prediction of their performance over general wireless fading channels and the associated system complexity. Theoretical performance and complexity analysis become invaluable in this process, because they can help circumvent the time-consuming computer simulation and expensive field test campaigns. These analytical results, usually in the form of elegant closed-form solutions, will also bring important insight into the dependence of the performance as well as complexity measures on system design parameters and, as such, facilitate the determination of the most suitable design choice in the face of practical implementation constraints. Mathematical and statistical tools play a critical rule in the performance analysis of digital wireless communication systems over fading channels [1]. In fact, the proper utilization of these tools can help either simplify the existing results, which do not allow for efficient numerical evaluation, or render new analytical solutions that were previously deemed infeasible. One popular example is the application of moment generation function (MGF) in the performance analysis of digital communication system over fading channels"-- Provided by publisher.