Titre :	Introduction to Digital Communication Systems
Type de document :	texte imprimé
Auteurs :	Krzysztof Wesolowski, Auteur
Editeur :	The Atrium, Southern Gate, Chichester : John Wiley & Sons
Année de publication :	2009
Importance :	553 p.
Présentation :	couv. ill. en coul., ill.
Format :	24,9 cm.
ISBN/ISSN/EAN :	978-0-470-98629-5
Langues :	Anglais (eng)
Catégories :	AUTOMATISME
Index. décimale :	25-05 Application du traitement numérique du signal
Résumé :	Combining theoretical knowledge and practical applications, this advanced-level textbook covers the most important aspects of contemporary digital communication systems. Introduction to Digital Communication Systems focuses on the rules of functioning digital communication system blocks, starting with the performance limits set by the information theory. Drawing on information relating to turbo codes and LDPC codes, the text presents the basic methods of error correction and detection, followed by baseband transmission methods, and single- and multi-carrier digital modulations. The basic properties of several physical communication channels used in digital communication systems are explained, showing the transmission and reception methods on channels suffering from intersymbol interference. The text also describes the most recent developments in the transmission techniques specific to wireless communications used both in wireline and wireless systems. The case studies are a unique feature of this book, illustrating elements of the theory developed in each chapter. Introduction to Digital Communication Systems provides a concise approach to digital communications, with practical examples and problems to supplement the text. There is also a companion website featuring an instructors’ solutions manual and presentation slides to aid understanding.
Note de contenu :	Table of contents 1 Elements of Information Theory. 1.3 Communication System Model. 1.5 Message Sources and Source Coding. 1.13 Capacity of Band-Limited Channel with Additive White Gaussian Noise. 1.17 Capacity of a Multiple-Input Multiple-Output Channel. 2 Channel Coding. 2.2 Classification of Codes 2.12 Turbo Codes. 2.13 LDPC Codes. 3 Digital Baseband Transmission. 3.4 Optimal Synchronous Receiver. 3.6 Error Probability in the Optimal Receiver for M-PAM Signals. 3.7 Case Study: Baseband Transmission in Basic Access ISDN Systems. 4 Digital Modulations of the Sinusoidal Carrier. 4.2 Optimal Synchronous Receiver. 4.7 Linear Approach to Digital Modulations – M-PSK Modulation. 4.10 Constant Envelope Modulations – Continuous Phase Modulation (CPM). 4.13 Case Study: OFDM Transmission in DVB-T System. 5 Properties of Communication Channels. 5.2 Baseband Equivalent Channel. 5.3 Telephone Channel. 5.5 Line-of-Sight Radio Channel. 5.6 Mobile Radio Channel. 5.8 Basic Properties of Optical Fiber Channels. 6 Digital Transmission on Channels Introducing Intersymbol Interference. 6.3 Channel with ISI as a Finite State Machine. 6.5 Linear Equalizers. 6.10 Case Study: GSM Receiver. 6.12 Turbo Equalization. 7 Spread Spectrum Systems. 7.2 Pseudorandom Sequence Generation. 7.5 Frequency-Hopping Spread Spectrum Systems. 7.6 Time-Hopping Spread Spectrum System with Pseudorandom Pulse Position Selection. 8 Synchronization in Digital Communication Systems. 8.2 Phase-locked loop for continuous signals. 8.3 Phase-Locked Loop for Sampled Signals. 8.4 Maximum Likelihood Carrier Phase Estimation. 8.5 Practical Carrier Phase Synchronization Solutions. 9 Multiple Access Techniques. 9.4 Code Division Multiple Access. 9.5 Orthogonal Frequency Division Multiple Access. 9.6 Single-Carrier FDMA. 9.7 Space Division Multiple Access. 9.8 Case Study: Multiple Access Scheme in the 3GPP LTE Cellular System. Index.

Introduction to Digital Communication Systems [texte imprimé] / Krzysztof Wesolowski, Auteur . - The Atrium, Southern Gate, Chichester : John Wiley & Sons, 2009 . - 553 p. : couv. ill. en coul., ill. ; 24,9 cm.
ISBN : 978-0-470-98629-5
Langues : Anglais (eng)

Catégories :	AUTOMATISME
Index. décimale :	25-05 Application du traitement numérique du signal
Résumé :	Combining theoretical knowledge and practical applications, this advanced-level textbook covers the most important aspects of contemporary digital communication systems. Introduction to Digital Communication Systems focuses on the rules of functioning digital communication system blocks, starting with the performance limits set by the information theory. Drawing on information relating to turbo codes and LDPC codes, the text presents the basic methods of error correction and detection, followed by baseband transmission methods, and single- and multi-carrier digital modulations. The basic properties of several physical communication channels used in digital communication systems are explained, showing the transmission and reception methods on channels suffering from intersymbol interference. The text also describes the most recent developments in the transmission techniques specific to wireless communications used both in wireline and wireless systems. The case studies are a unique feature of this book, illustrating elements of the theory developed in each chapter. Introduction to Digital Communication Systems provides a concise approach to digital communications, with practical examples and problems to supplement the text. There is also a companion website featuring an instructors’ solutions manual and presentation slides to aid understanding.
Note de contenu :	Table of contents 1 Elements of Information Theory. 1.3 Communication System Model. 1.5 Message Sources and Source Coding. 1.13 Capacity of Band-Limited Channel with Additive White Gaussian Noise. 1.17 Capacity of a Multiple-Input Multiple-Output Channel. 2 Channel Coding. 2.2 Classification of Codes 2.12 Turbo Codes. 2.13 LDPC Codes. 3 Digital Baseband Transmission. 3.4 Optimal Synchronous Receiver. 3.6 Error Probability in the Optimal Receiver for M-PAM Signals. 3.7 Case Study: Baseband Transmission in Basic Access ISDN Systems. 4 Digital Modulations of the Sinusoidal Carrier. 4.2 Optimal Synchronous Receiver. 4.7 Linear Approach to Digital Modulations – M-PSK Modulation. 4.10 Constant Envelope Modulations – Continuous Phase Modulation (CPM). 4.13 Case Study: OFDM Transmission in DVB-T System. 5 Properties of Communication Channels. 5.2 Baseband Equivalent Channel. 5.3 Telephone Channel. 5.5 Line-of-Sight Radio Channel. 5.6 Mobile Radio Channel. 5.8 Basic Properties of Optical Fiber Channels. 6 Digital Transmission on Channels Introducing Intersymbol Interference. 6.3 Channel with ISI as a Finite State Machine. 6.5 Linear Equalizers. 6.10 Case Study: GSM Receiver. 6.12 Turbo Equalization. 7 Spread Spectrum Systems. 7.2 Pseudorandom Sequence Generation. 7.5 Frequency-Hopping Spread Spectrum Systems. 7.6 Time-Hopping Spread Spectrum System with Pseudorandom Pulse Position Selection. 8 Synchronization in Digital Communication Systems. 8.2 Phase-locked loop for continuous signals. 8.3 Phase-Locked Loop for Sampled Signals. 8.4 Maximum Likelihood Carrier Phase Estimation. 8.5 Practical Carrier Phase Synchronization Solutions. 9 Multiple Access Techniques. 9.4 Code Division Multiple Access. 9.5 Orthogonal Frequency Division Multiple Access. 9.6 Single-Carrier FDMA. 9.7 Space Division Multiple Access. 9.8 Case Study: Multiple Access Scheme in the 3GPP LTE Cellular System. Index.