Technical Book: Waveform Equalization Techniques for Digital Mobile Communications
TR1 *Preview is not available.
Linear filter / Non-linear filter / Decision feedback filter / Maximum likelihood sequence estimation filter / Transmission path separation filter / Antenna array / Path diversity
*Preview not available. Publication Month: June 1996 Format: B5 size, 155 pages Price: 7,245 yen (including tax) <Supervision> Jun Horikoshi, Gunma University <Authors> Yoshitsuna Furuya, NEC Corporation, Personal C&C Development Research Institute, Head of 2nd Development Department Jun Horikoshi, Gunma University, Faculty of Engineering, Department of Electrical and Electronic Engineering, Associate Professor Masakazu Sanpei, Osaka University, Faculty of Engineering, Department of Communication Engineering, Associate Professor Minoru Okada, Osaka University, Faculty of Engineering, Department of Communication Engineering, Assistant Takeo Oogane, ATR, Photonic Communications Research Laboratory, Chief Researcher of 2nd Wireless Communication Laboratory Mitsuhiko Mizuno, Ministry of Posts and Telecommunications, Communications Research Laboratory, Director of High-Speed Mobile Communications Laboratory Tadashi Fujino, Mitsubishi Electric Corporation, Communication Systems Research Laboratory, Head of Wireless Transmission Development Department Keiji Murakami, Mitsubishi Electric Corporation, Communication Systems Research Laboratory, Wireless Transmission Development Department, Manager of Wireless Signal Processing Group Ryutaro Tanaka, Texas Instruments Japan Limited, ASP Business Division, DSP Products Department, Product Planning Section
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basic information
Chapter 1 General Overview 1 Trends in Digital Mobile Communications 2 Introduction to Adaptive Equalization Technology 3 Requirements for Adaptive Equalization in Mobile Communications 4 Technologies for Realizing Adaptive Equalization - DSP - Chapter 2 Linear Filters 1 Overview 2 Linear Signal Processing and Filtering 3 Wiener Filter 4 Adaptive Algorithms 5 Adaptive Updates in Non-Stationary Processes 6 Linear Filters and Mobile Communication Technology Chapter 3 Non-Linear Filters Section 1 Decision Feedback Filters 1 Overview 2 Digital Transmission System Model under Frequency Selective Fading 3 Principles of Decision Feedback Equalizers 4 Decision Feedback Equalizers for High-Speed Transmission 5 Trends in Other Related Technologies Section 2 Maximum Likelihood Sequence Estimation Filters 1 Introduction 2 Maximum Likelihood Sequence Estimation Filters 3 Viterbi Algorithm 4 Application Examples in Mobile Communications
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7,245 yen (including tax)
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Applications/Examples of results
Chapter 4: Transmission Path Separation Type Filter Section 1: Antenna Array Type 1. Overview 2. Waveform Equalization Using Adaptive Arrays 3. Adaptive Array Using CMA 4. Field Experiment Examples 5. Future Prospects Section 2: Path Diversity 1. Basic Operation 2. Performance Analysis 3. Application to Cellular Mobile Communication 4. Application to Indoor Wireless Communication Chapter 5: Specific Design Examples of Equalizers Section 1: Design Examples of Equalizers 1. Configuration of Receiver Including Equalizer 2. Decision Feedback Equalizer (DFE) Design 3. Maximum Likelihood Sequence Estimation (MLSE) Design 4. Conclusion Section 2: DSP for Personal Communication 1. Overview 2. Features 3. Hardware 4. Software
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