Digital Compensation for Analog Front-Ends: A New Approach to Wireless Transceiver Design

Contents

Preface

1 Introduction

1.1 Wireless transceiver functional description

1.2 Evolution of the wireless transceiver design

1.2.1 Independent design of analog front-end and digital transceiver

1.2.2 Low cost analog front-end

1.2.3 Higher system requirements

1.2.4 Wish for software defined radios

1.2.5 Technology scaling

1.3 Contribution of the book

1.3.1 Low-cost analog front-end

1.3.2 Integrated system strategy

1.3.3 Emerging wireless communication systems

1.4 Organization

2 New Air Interfaces

2.1 Orthogonal frequency-division multiplexing

2.2 Single-carrier with frequency domain equalization

2.3 Multi-input multi-output OFDM

2.3.1 Space-time block coding

2.3.2 Space-division multiplexing

2.3.3 Space-division multiple access

2.4 Code-division multiple access

2.4.1 Direct-sequence code-division multiple access

2.4.2 Multi-carrier code-division multiple access

2.4.3 Cyclic-prefix code-division multiple access

2.5 Frequency-division multiple access

2.5.1 Orthogonal frequency-division multiple access

2.5.2 Single-carrier frequency-division multiple access

References

3 Real Life Front-Ends

3.1 Front-End architectures

3.1.1 Mathematical model of the ideal transmitter and receiver

3.1.2 Classification of architectures

3.1.3 Super-heterodyne architecture with analog quadrature

3.1.4 Super-heterodyne architecture with digital quadrature

3.1.5 Direct conversion architecture

3.1.6 Low-IF architecture

3.1.7 MIMO FE architecture

3.2 Constituent blocks and their non-idealities

3.2.1 Amplifiers ...