Modulation, Detection and Coding

Preface
1 TELECOMMUNICATIONS
1.1 Usage today
1.2 History
1.3 Basic elements
1.4 Multiple user systems
1.5 Appendix: the division and usage of the electromagnetic spectrum
2 LINK BUDGET
2.1 Signal to noise ratio
3 INFORMATION THEORY AND SOURCE CODING
3.1 The concept of information
3.2 Channel
3.3 Source coding
3.4 Appendix
4 CHANNEL CODING
4.1 Error detection and error correction
4.2 Automatic repeat request
4.3 Block codes
4.4 Convolutional codes
4.5 Interleaving
4.6 Turbo coding
4.7 Cryptography
4.8 Appendix
5 MODULATION
5.1 Baseband modulation
5.2 Calculation methods for bandpass systems and signals
5.3 Analogue carrier modulation
5.4 Digital carrier modulation
5.5 Appendix
6 DETECTION IN NOISE
6.1 Fundamentals of narrowband noise
6.2 Analogue systems
6.3 Digital systems
6.4 Diversity
6.5 The radio receiver
6.6 Appendix
7 ADAPTIVE CHANNEL EQUALISERS
7.1 Channel equaliser
7.2 Algorithms for adaptation
7.3 Appendix
8 ADAPTIVE ANTENNAS
8.1 Array antennas
8.2 Signal processing witharray antennas
8.3 Spatio-temporal equalisers
9 CDMA: CODES AND DETECTORS
9.1 Spreading codes
9.2 Detectors for CDMA
9.3 Appendix: generator polynomials for m-sequences
10 SYNCHRONISATION
10.1 Introduction
10.2 Fundamentals of phase locked loops
10.3 Carrier synchronisation
10.4 Clock synchronisation
10.5 Frame synchronisation
APPENDIX A
Answers to exercises
Index

Tommy Öberg is Associate Professor at the Signals and Systems Group, Uppsala University. He has a many years of experience as a teacher and researcher within the university and has been involved in a number of development projects in industry.