Transmission Techniques for 4G Systems

Transmission Techniques for 4G Systems

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Features

  • Explains enhancement techniques for 4G systems
  • Discusses the requirements for emergent multimedia services and 4G systems
  • Reviews block transmission techniques
  • Examines multi-antenna systems for frequency domain transmission
  • Describes coordinated multi-point transmissions and multi-resolution techniques
  • Evaluates link and system levels of the described enhancement techniques for 4G systems

Summary

Fourth Generation (4G) wireless communication systems support current and emergent multimedia services such as mobile TV, social networks and gaming, high-definition TV, video teleconferencing, and messaging services. These systems feature the All-over-IP concept and boast improved quality of service. Several important R&D activities are currently under way in the field of wireless communications for 4G systems, but the coverage is widespread in the literature. Transmission Techniques for 4G Systems presents a compilation of the latest developments in the field of wireless communications for 4G systems, including evolved Multimedia Broadcast and Multicast Service (eMBMS).

Topics include:

  • Transmission schemes suitable for future broadband wireless systems
  • Advances in transmission techniques and receiver design to support emergent wireless needs for 4G requirements
  • Multiple-Input Multiple-Output (MIMO), base station cooperation, macro-diversity, and inter-cell interference cancellation
  • Multihop relay techniques, hierarchical constellations, and multi-resolution techniques
  • Advances using block transmission techniques for different propagation and multi-user environments
  • System-level evaluation of 4G using different transmission techniques

Exploring the key requirements of emergent services, this volume provides fundamentals and theory along with transmission and detection techniques and schemes transversal to many digital communication systems—including wireless, cellular, and satellite. If you’re interested in or involved with 4G multimedia systems, this is the book you need on the latest R&D wireless activities so you can plan, design, and develop prototypes and future systems.

Table of Contents

Requirements for Current and Emergent Multimedia Services
The Multimedia Paradigm
Evolution from 3G Systems to Long-Term Evolution
WiMAX—IEEE802.16
LTE-Advanced and IMT-Advanced
Evolved Multimedia Broadcast and Multicast Service
Requirements for eMBMS
Introduction to 4G Transmission Techniques
Orthogonal Frequency Division Multiplexing
Multiple-Input Multiple-Output
Single-User MIMO and Multi-User MIMO
Base Station Cooperation
Macro-Diversity
Multihop Relays
Hierarchical Constellations
Multi-Resolution Techniques
Energy Efficiency in Wireless Communications
Block Transmission Techniques
OFDM Schemes
Concept
Transmitter Implementation
Receiver Implementation
Amplification Issues
Envelope Fluctuations of OFDM Signals
A Broad Class of Signal Processing Schemes
Signal Characterization along the Signal Processing Chain
Numerical Results
Characterization of the Analog Transmitted Signals
Analytical BER Performance
Performance Results
LINC-Type Amplification of OFDM Signals
Complementary Remarks
Single Carrier with Frequency-Domain
Equalization
Enhancement Techniques for 4G Systems
Channel Coding
Convolutional Codes
Turbo Codes
LDPC Codes
High-Order Modulations
Constellation Design
BER Analysis of M-HQAM Constellations in AWGN
BER Analysis of M-HQAM Constellations in Flat
Fading Channels
MFB in Multipath Rayleigh Fading Channels
Signal Space Diversity
Complex Rotation Matrices
Transmitter for OFDM Schemes with CRM
Receiver for OFDM Schemes with CRM
Channel Estimation Strategies
Issues of Imperfect Channel Estimation
Channel Estimation Using Data-Multiplexed Pilots
Channel Estimation Using Superimposed Multiplexed Pilots
Frequency-Domain Processing for Wireless Multimedia Services
Turbo Decoding Schemes for SC-FDE with IB-DFE
IB-DFE Receivers
Analytical Characterization of Mapping Rules
Computation of Receiver Parameters
Performance Results
Channel Capacity for Multi-Antenna Systems
Antenna Correlation
Spatial Multiplexing—MIMO for OFDM/SC-FDE
Receiver Structures
Derivation of the Equalizer Coefficients
Correlation Coefficient
Complexity Analysis
Performance Results
Channel Estimation
Use of Implicit Pilots
Iterative Receiver for Implicit Pilots
Channel Estimation Procedure
Diversity and Spatial-Multiplexing Schemes with Channel Estimation
Diversity Schemes for SC-FDE with IB-DFE
CRM for Multi-Antenna Systems
Capacity Augmentation with Channel Estimation
Link and System-Level Evaluation
Requirements and Scenarios
Inter-Cell Interference Coordination Schemes
Frequency Reuse
Soft and Hybrid Reuse
Evaluation Methodology
System-Level Simulator
Simulation Results
Results for SC-PMP scenario
Results for the MBSFN scenario
Results for Point-to-Point scenario
Conclusions
Book References: Transmission Techniques for 4G Systems

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