MIMO System Technology and Wireless Communications assembles coverage on all aspects of MIMO technology along with up-to-date information on key related issues.
Features:
- Surveys all the major concepts, technology aspects, and related issues involved in MIMO systems
- Addresses important areas not covered in other books, such as antenna and deployment issues
- Builds systematically and gradually from basic to more advanced topics, from theory to practical issues and applications
- Provides examples for MIMO system development and key issues affecting achieved performance
- Includes abundant references to more in-depth information in each chapter along with numerous tables and illustrations
Contents
Spatio-Temporal Propagation Modeling
- Directional Channel Modeling
- MIMO Propagation Modeling
Theory and Practice of MIMO Wireless Communication Systems
- Shannon's Capacity Formula
- Extended Capacity Formula for MIMO Channels
- Remarks in the Extended Shannon Capacity Formula
- Capacity of SIMO-MISO Channels
- Stochastic Channels
- MIMO Capacity with Rice-Rayleigh Channels
- Simulations
Information Theory and Electromagnetism: Are They Related
- MIMO Channel Capacity
- The Laws of Electromagnetism
- Spatial Capacity and Correlation
- Spatial Sampling and MIMO Capacity
- MIMO Capacity of Waveguide Channels
- Spatial Capacity of Waveguide Channels
Introduction to Space-Time Coding
- MIMO System and Space-Time Coding
- Space-Time Block Codes
- Space-Time Trellis Codes
- Spatial Multiplexing
- Space-Time Coding with CSI Knowledge at the Transmitter
- Other Space-Time Coding Schemes
Feedback Techniques for MIMO Channels
- Feedback Techniques for MIMO Channels
Antenna Selection in MIMO Systems
- MIMO System Model
- Spatial Multiplexing
- Space-Time Codes
- SIMO Systems
- Implementing Antenna Selection: Criteria and Algorithms
- Performance with Non-Idealities
- Antenna Selection with Spatial Correlation
Performance of Multi-User Spatial Multiplexing with Measured Channel Data
- Abstract
- The Multiple-User MIMO Channel
- Multi-User MIMO Transmission Schemes
- Channel Measurements
- Performance Results
Multiuser MIMO for UTRA FDD
- UTRA Framework
- Present Multiantenna Methods in UTRA FDD
- MIMO in UTRA FDD Uplink
- MIMO in UTRA FDD Downlink
Multifunctional Reconfigurable Microelectro-Mechanical Systems Integrated Antennas For Multiple Input Multiple Output Systems
- MRA Concept and Its Links with MIMO Systems
- RF MEMS Technology Compatible with Microwave Laminates for Fabricating MRAs
- RF MEMS Integrated Antennas
Multi-Antenna Testbeds for Wireless Communications
- Testbed Classification
- Elements of a Successful Testbed
- Hardware Calibration
- Field Test Administration
- Field Test Results
Gigabit Mobile Communications Using Real-Time MIMO-OFDM Signal Processing
- Implementation Concept
- A Code-Multiplexed Preamble
- Channel Estimation
- Adaptation to the Time-Variant Channel
- Data Reconstruction
- Framing, Mapping, Channel Coding, and Real-Time Data Interface
- Implementation, Complexity, and System Integration
- Transmission Experiments
Network Planning and Deployment Issues for MIMO Systems
- Network Planning
- Deployment
- Smart Antenna Planning Example
Index