Book Description
This book provides a comprehensive description of the Long Term Evolution (LTE) radio access network, as specified by 3GPP. The content is aimed towards anyone wishing to learn the basics, or to develop a more thorough understanding. The content is presented in the form of bullet points to keep it concise and to allow rapid access to the key information.

Table of Contents
1 ABBREVIATIONS
2 FUNDAMENTALS
3 DOWNLINK AIR-INTERFACE
4 DOWNLINK MULTIPLE ANTENNA TECHNOLOGIES
5 DOWNLINK SIGNALS
6 DOWNLINK PHYSICAL CHANNELS
7 DOWNLINK TRANSPORT CHANNELS
8 DOWNLINK CHANNEL TYPE MAPPINGS
9 DOWNLINK CONTROL INFORMATION
10 SYSTEM INFORMATION
11 UPLINK AIR-INTERFACE
12 UPLINK SIGNALS
13 UPLINK PHYSICAL CHANNELS
14 UPLINK TRANSPORT CHANNELS
15 UPLINK CHANNEL TYPE MAPPINGS
16 UPLINK CONTROL INFORMATION
17 BIT RATES
18 MEASUREMENTS
19 MEASUREMENT REPORTING
20 IDLE MODE PROCEDURES
21 PHYSICAL AND MAC LAYER PROCEDURES
22 PROTOCOL STACKS
23 SIGNALLING PROCEDURES
24 NETWORK PLANNING
32 SELF ORGANIZING NETWORK
33 APPENDICES

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Book Description
This book is a self contained, well organized and well presented reference on MIMO communication systems. Authors have analyzed the subject within the matrix algebraic context. In exception of few typo errors(that have already been corrected by the authors) presentation of the subject is flawless and straightforward to follow. The unified framework for analyzing the subject provides the reader with a big picture of the subject. I recommend this book for any one who wants to learn about the space-time coding.

Table of Contents
1 INTRODUCTION
2 THE TIME-INVARIANT LINEAR MIMO CHANNEL
3 MIMO INFORMATION THEORY
4 ERROR PROBABILITY ANALYSIS
5 RECEIVE DIVERSITY
6 TRANSMIT DIVERSITY AND SPACE-TIME CODING
7 LINEAR STBC FOR FLAT FADING CHANNELS
8 LINEAR STBC FOR FREQUENCY-SELECTIVE CHANNELS
9 COHERENT AND NON-COHERENT RECEIVERS
10 SPACE-TIME CODING FOR INFORMED TRANSMITTERS
11 SPACE-TIME CODING IN A MULTIUSER ENVIRONMENT

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Book Overview
This is a very rare book about Random Theory and Analog and Digital Communication by B. P. Lathi. This book presents a comprehensive explanation of Random theory and Communication theory. This book is perfect for postgraduate in Electronic and Communication Engineering.

Table of Contents
1- Signal Analysis
2- Elements of Probability Theory
3- Characterization of Random Signals
4- Transmission and Filtering of Random Signals
5- Analog Data Communication: Modulation
6- Digital Data Communication: Signal Detection
7- Introduction to Information Theory

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Book Description
Provides a detailed, unified treatment of theoretical and practical aspects of digital and analog communication systems, with emphasis on digital communication systems. Integrates theory—keeping theoretical details to a minimum—with over 60 practical, worked examples illustrating real-life methods. Emphasizes deriving design equations that relate performance of functional blocks to design parameters. Illustrates how to trade off between power, band-width and equipment complexity while maintaining an acceptable quality of performance. Material is modularized so that appropriate portions can be selected to teach several different courses. Includes over 300 problems and an annotated bibliography in each chapter.

Table of Contents
INTRODUCTION
SYSTEMS AND SIGNAL ANALYSIS
RANDOM SIGNAL THEORY
INFORMATION AND CHANNEL CAPACITY
BASEBAND DATA TRANSMISSION
ANALOG SIGNAL TRANSMISSION
NOISE IN ANALOG COMMUNICATION SYSTEMS
DIGITAL CARRIER MODULATION SCHEMES
ERROR CONTROL CODING
DIGITAL TRANSMISSION OF ANALOG SIGNAL

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Introduction:
Long-Term Evolution (LTE) is the next step in the GSM evolutionary path beyond 3G technology, and it is strongly positioned to be the dominant global standard for 4G cellular networks. LTE also represents the first generation of cellular networks to be based on a flat IP architecture and is designed to seamlessly support a variety of different services, such as broadband data, voice, and multicast video. Its design incorporates many of the key innovations of digital communication, such as MIMO (multiple input multiple output) and OFDMA (orthogonal frequency division multiple access), that mandate new skills to plan, build, and deploy an LTE network.

Contents:
Chapter 1. Evolution of Cellular Technologies
Part I: LTE Tutorials
Chapter 2. Wireless Fundamentals
Chapter 3. Multicarrier Modulation
Chapter 4. Frequency Domain Multiple Access: OFDMA and SC-FDMA
Chapter 5. Multiple Antenna Transmission and Reception
Part II: The LTE Standard
Chapter 6. Overview and Channel Structure of LTE
Chapter 7. Downlink Transport Channel Processing
Chapter 8. Uplink Transport Channel Processing
Chapter 9. Physical Layer Procedures and Scheduling
Chapter 10. Data Flow, Radio Resource Management, and Mobility Management

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Contents:
Background and Preview
Chapter – 1 : Random Processes
Chapter – 2 : Continuous Wave Modulation
Chapter – 3 : Pulse Modulation
Chapter – 4 : Baseband Pulse Transmission
Chapter – 5 : Signal Space Analysis
Chapter – 6 : Passband Digital Transmission
Chapter – 7 : Spread Spectrum Modulation
Chapter – 8 : Multiuser Radio Communications
Chapter – 9 : Fundamental Limits of Information Theory
Chapter – 10 : Error Control Coding

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Introduction:
The text is intended for persons who are undertaking a study of digital communications for the first time. Though it can be used for self-study the orientation is towards the classroom for students at the fourth-year (senior) level. The text can also serve readily for a beginning-level graduate course.

Contents:
Chapter – 1: Introduction
Chapter – 2: Deterministic signal characterization and analysis
Chapter – 3: Probability theory, random variables and random processes
Chapter – 4: Sampling and quantization
Chapter – 5: Optimum receiver for binary data transmission
Chapter – 6: Baseband data transmission
Chapter – 7: Basic digital passband modulation
Chapter – 8: M-ary signaling techniques
Chapter – 9: Signaling over bandlimited channels
Chapter – 10: Signaling over fading channels
Chapter – 11: Advanced modulation techniques
Chapter – 12: Synchronization

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