ABOUT THE COMPANION WEBSITE
by Richard W. Middlestead
Digital Communications with Emphasis on Data Modems
- COVER
- TITLE PAGE
- PREFACE
- ACKNOWLEDGMENTS
- SUMMARY OF NOTATIONS
- ABOUT THE COVER
- ABOUT THE COMPANION WEBSITE
- 1 MATHEMATICAL BACKGROUND AND ANALYSIS TECHNIQUES
- 1.1 INTRODUCTION
- 1.2 THE FOURIER TRANSFORM AND FOURIER SERIES
- 1.3 PULSE DISTORTION WITH IDEAL FILTER MODELS
- 1.4 CORRELATION PROCESSING
- 1.5 RANDOM VARIABLES AND PROBABILITY
- 1.6 RANDOM PROCESSES
- 1.7 THE MATCHED FILTER
- 1.8 THE LIKELIHOOD AND LOG‐LIKELIHOOD RATIOS
- 1.9 PARAMETER ESTIMATION
- 1.10 MODEM CONFIGURATIONS AND AUTOMATIC REPEAT REQUEST
- 1.11 WINDOWS
- 1.12 MATRICES, VECTORS, AND RELATED OPERATIONS
- 1.13 OFTEN USED MATHEMATICAL PROCEDURES
- 1.14 OFTEN USED MATHEMATICAL RELATIONSHIPS
- ACRONYMS
- PROBLEMS
- REFERENCES
- 2 DIGITAL SIGNAL PROCESSING AND MODEM DESIGN CONSIDERATIONS
- 2.1 INTRODUCTION
- 2.2 DISCRETE AMPLITUDE SAMPLING
- 2.3 DISCRETE‐TIME SAMPLING
- 2.4 SIGNAL RECONSTRUCTION FOLLOWING DISCRETE‐TIME SAMPLING
- 2.5 BASEBAND SAMPLING
- 2.6 BANDPASS SAMPLING
- 2.7 CORRECTIONS FOR NONIDEAL MODULATORS AND DEMODULATORS
- 2.8 MULTIRATE SIGNAL PROCESSING AND INTERPOLATION
- APPENDIX 2A AMPLITUDE QUANTIZATION FUNCTION SUBPROGRAM
- APPENDIX 2B HILBERT TRANSFORM PARAMETERS
- APPENDIX 2C DERIVATION OF PARABOLIC INTERPOLATION ERROR
- ACRONYMS
- PROBLEMS
- REFERENCES
- 3 DIGITAL COMMUNICATIONS
- 4 PHASE SHIFT KEYING (PSK) MODULATION, DEMODULATION, AND PERFORMANCE
- 5 FREQUENCY SHIFT KEYING (FSK) MODULATION, DEMODULATION, AND PERFORMANCE
- 5.1 INTRODUCTION
- 5.2 COHERENT DETECTION OF BFSK—KNOWN FREQUENCY AND PHASE
- 5.3 NONCOHERENT DETECTION OF BFSK—KNOWN FREQUENCY AND UNKNOWN PHASE
- 5.4 CASE STUDIES: COHERENT AND NONCOHERENT BFSK PERFORMANCE SIMULATION
- 5.5 NONCOHERENT DETECTION OF BFSK—UNKNOWN FREQUENCY AND PHASE
- 5.6 BFSK SPECTRAL DENSITY WITH ARBITRARY MODULATION INDEX
- ACRONYMS
- PROBLEMS
- REFERENCES
- 6 AMPLITUDE SHIFT KEYING MODULATION, DEMODULATION, AND PERFORMANCE
- 7 M‐ary CODED MODULATION‐ary CODED MODULATION
- 8 CODING FOR IMPROVED COMMUNICATIONS
- 8.1 INTRODUCTION
- 8.2 PULSE CODE MODULATION
- 8.3 GRAY CODING
- 8.4 DIFFERENTIAL CODING
- 8.5 PSEUDO‐RANDOM NOISE SEQUENCES
- 8.6 BINARY CYCLIC CODES
- 8.7 CYCLIC REDUNDANCY CHECK CODES
- 8.8 DATA RANDOMIZING CODES
- 8.9 DATA INTERLEAVING
- 8.10 WAGNER CODING AND DECODING
- 8.11 CONVOLUTIONAL CODES
- 8.12 TURBO AND TURBO‐LIKE CODES
- 8.13 LDPC CODE AND TPC
- 8.14 BOSE‐CHAUDHURI‐HOCQUENGHEM CODES
- APPENDIX 8A
- APPENDIX 8B
- ACRONYMS
- PROBLEMS
- REFERENCES
- 9 FORWARD ERROR CORRECTION CODING WITHOUT BANDWIDTH EXPANSION
- 10 CARRIER ACQUISITION AND TRACKING
- 10.1 INTRODUCTION
- 10.2 BANDPASS LIMITER
- 10.3 BASEBAND PHASELOCK LOOP IMPLEMENTATION
- 10.4 PHASE‐ERROR GENERATION
- 10.5 FIRST‐ORDER PHASELOCK LOOP
- 10.6 SECOND‐ORDER PHASELOCK LOOP
- 10.7 THIRD‐ORDER PHASELOCK LOOP
- 10.8 OPTIMUM PHASE TRACKING ALGORITHMS
- 10.9 SQUARING LOSS EVALUATION
- 10.10 CASE STUDY: BPSK AND QPSK PHASELOCK LOOP PERFORMANCE
- 10.11 CASE STUDY: BPSK PHASE TRACKING PERFORMANCE OF A DISADVANTAGED TRANSMIT TERMINAL
- ACRONYMS
- PROBLEMS
- REFERENCES
- 11 WAVEFORM ACQUISITION
- 12 ADAPTIVE SYSTEMS
- 12.1 INTRODUCTION
- 12.2 OPTIMUM FILTERING—WIENER’S SOLUTION
- 12.3 FINITE IMPULSE RESPONSE‐ADAPTIVE FILTER ESTIMATION
- 12.4 INTERSYMBOL INTERFERENCE AND MULTIPATH EQUALIZATION
- 12.5 INTERFERENCE AND NOISE CANCELLATION
- 12.6 RECURSIVE LEAST SQUARE (RLS) EQUALIZER
- 12.7 CASE STUDY: LMS LINEAR FEEDFORWARD EQUALIZATION
- 12.8 CASE STUDY: NARROWBAND INTERFERENCE CANCELLATION
- 12.9 CASE STUDY: RECURSIVE LEAST SQUARES PROCESSING
- ACRONYMS
- PROBLEMS
- REFERENCES
- 13 SPREAD‐SPECTRUM COMMUNICATIONS
- 13.1 INTRODUCTION
- 13.2 SPREAD‐SPECTRUM WAVEFORMS AND SPECTRUMS
- 13.3 JAMMER AND INTERCEPTOR ENCOUNTERS
- 13.4 COMMUNICATION INTERCEPTORS
- 13.5 BIT‐ERROR PERFORMANCE OF DSSS WAVEFORMS WITH JAMMING
- 13.6 PERFORMANCE OF MFSK WITH PARTIAL‐BAND NOISE JAMMING
- 13.7 PERFORMANCE OF DCMPSK WITH PARTIAL‐BAND NOISE JAMMING
- 13.8 FHSS WAVEFORMS WITH MULTITONE JAMMING
- 13.9 APPROXIMATE PERFORMANCE WITH JAMMER THREATS
- 13.10 CASE STUDY: TERRESTRIAL JAMMER ENCOUNTER AND LINK‐STANDOFF RATIO
- ACRONYMS
- APPENDIX 13A
- PROBLEMS
- REFERENCES
- 14 MODEM TESTING, MODELING, AND SIMULATION
- 14.1 INTRODUCTION
- 14.2 STATISTICAL SAMPLING
- 14.3 COMPUTER GENERATION OF RANDOM VARIABLES
- 14.4 BASEBAND WAVEFORM DESCRIPTION
- 14.5 SAMPLED WAVEFORM CHARACTERIZATION
- 14.6 CASE STUDY: BPSK MONTE CARLO SIMULATION
- 14.7 SYSTEM PERFORMANCE EVALUATION USING QUADRATURE INTEGRATION
- 14.8 CASE STUDY: BPSK BIT‐ERROR EVALUATION WITH PLL TRACKING
- 14.9 CASE STUDY: QPSK BIT‐ERROR EVALUATION WITH PLL TRACKING
- ACRONYMS
- PROBLEMS
- REFERENCES
- 15 COMMUNICATION RANGE EQUATION AND LINK ANALYSIS
- 15.1 INTRODUCTION
- 15.2 RECEIVER AND SYSTEM NOISE FIGURES AND TEMPERATURES
- 15.3 ANTENNA GAIN AND PATTERNS
- 15.4 RAIN LOSS
- 15.5 ELECTRIC FIELD WAVE POLARIZATION
- 15.6 PHASE‐NOISE LOSS
- 15.7 SCINTILLATION LOSS
- 15.8 MULTIPATH LOSS
- 15.9 INTERFACE MISMATCH LOSS
- 15.10 MISCELLANEOUS SYSTEM LOSSES
- 15.11 NONLINEAR POWER AMPLIFIER ANALYSIS AND SIMULATION
- 15.12 COMPUTER MODELING OF TWTA AND SSPA NONLINEARITIES
- 15.13 ESTABLISHING SIGNAL LEVELS FOR SIMULATION MODELING
- 15.14 CASE STUDY: PERFORMANCE SIMULATION OF SRRC‐QPSK WITH SSPA NONLINEARITY
- 15.15 LINK BUDGET ANALYSIS
- ACRONYMS
- PROBLEMS
- REFERENCES
- 16 SATELLITE ORBITS
- 17 COMMUNICATIONS THROUGH BANDLIMITED TIME‐INVARIANT LINEAR CHANNELS
- 17.1 INTRODUCTION
- 17.2 INPHASE AND QUADRATURE CHANNEL RESPONSE
- 17.3 INPHASE AND QUADRATURE CHANNEL RESPONSE TO ARBITRARY SIGNAL
- 17.4 PULSE MODULATED CARRIER SIGNAL CHARACTERISTICS
- 17.5 CHANNEL RESPONSE TO A PULSED MODULATED WAVEFORM
- 17.6 EXAMPLE PERFORMANCE SIMULATIONS
- 17.7 EXAMPLE OF CHANNEL AMPLITUDE AND PHASE RESPONSES
- 17.8 EXAMPLE CHANNEL AMPLITUDE, PHASE, AND DELAY FUNCTIONS
- ACRONYMS
- PROBLEMS
- REFERENCES
- 18 COMMUNICATIONS IN FADING ENVIRONMENTS
- 18.1 INTRODUCTION
- 18.2 RICEAN FADING CHANNELS
- 18.3 RICEAN CUMULATIVE DISTRIBUTION
- 18.4 APPLICATION OF RICEAN CHANNEL MODEL
- 18.5 PERFORMANCE OF SEVERAL BINARY MODULATION WAVEFORMS WITH RICEAN FADING
- 18.6 GENERATION OF RICEAN RANDOM VARIABLES
- 18.7 RELATIONSHIPS BETWEEN FADING CHANNEL PARAMETERS
- 18.8 DIVERSITY TECHNIQUES FOR FADING CHANNELS
- ACRONYMS
- PROBLEMS
- REFERENCES
- 19 ATMOSPHERIC PROPAGATION
- 19.1 INTRODUCTION
- 19.2 COMMUNICATION LINK GEOMETRY FOR CURVED EARTH
- 19.3 REFLECTION
- 19.4 CASE STUDY: LEO SATELLITE MULTIPATH PROPAGATION
- 19.5 REFRACTION
- 19.6 DIFFRACTION
- 19.7 LONGLEY‐RICE PROPAGATION LOSS MODEL
- 19.8 URBAN, SUBURBAN, AND RURAL ENVIRONMENT PROPAGATION LOSS MODELS
- 19.9 LAND MOBILE SATELLITE PROPAGATION LOSS MODELS
- 19.10 IMPULSIVE NOISE CHANNEL
- 19.11 OCEAN WIND WAVE CHANNEL
- 19.12 LASER COMMUNICATIONS USING PHOTOMULTIPLIER DETECTOR
- ACRONYMS
- PROBLEMS
- REFERENCES
- ADDITIONAL WIRELESS MOBILE COMMUNICATION REFERENCES
- 20 IONOSPHERIC PROPAGATION
- 20.1 INTRODUCTION
- 20.2 ELECTRON DENSITIES: NATURAL ENVIRONMENT
- 20.3 ELECTRON DENSITIES: NUCLEAR‐DISTURBED ENVIRONMENT
- 20.4 THE REFRACTIVE INDEX AND SIGNAL PROPAGATION
- 20.5 SIGNAL PROPAGATION IN SEVERE SCINTILLATION ENVIRONMENT
- 20.6 PROPAGATION DISTURBANCES FOLLOWING SEVERE ABSORPTION
- 20.7 RAYLEIGH SCINTILLATION CHANNEL MODEL
- 20.8 SCINTILLATION MITIGATION TECHNIQUES
- 20.9 CASE STUDY: BPSK and DCBPSK PERFORMANCE IN RAYLEIGH FADING CHANNEL
- APPENDIX 20A GEOGRAPHIC AND GEOMAGNETIC COORDINATE TRANSFORMATIONS
- 20A.1 GEOGRAPHIC‐TO‐GEOMAGNETIC COORDINATE TRANSFORMATION
- 20A.2 GEOMAGNETIC‐TO‐GEOGRAPHIC COORDINATE TRANSFORMATION
- ACRONYMS
- PROBLEMS
- REFERENCES
- APPENDIX A: CLASSICAL FILTERS AND APPLICATIONS
- APPENDIX B: DIGITAL FILTER DESIGN AND APPLICATIONS
- APPENDIX C: DETECTION OF SIGNALS IN NOISE
- INDEX
- END USER LICENSE AGREEMENT
ABOUT THE COMPANION WEBSITE
This book is accompanied by a companion website:
www.wiley.com/go/digitalcommunications
The website includes:
- Solution Manual
-
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