Contents -- Dedication -- Acknowledgments -- Preface -- 1 Communication Simulation Techniques -- Capabilities and Limitations of Simulation -- Introduction to SystemVue -- Design Window -- Design Toolbar -- SystemVue Simulation Token Library -- Source Token Library -- Sink Token Library -- Operator Token Library -- Function Token Library -- Communications Token Library -- Logic Token Library -- SystemVue Simulation Displays -- Analysis Toolbar -- Temporal Displays -- Spectral Displays -- Correlation Display -- Dynamic System Probe -- Analog Communication Systems Using SystemVue -- Amplitude Modulation -- Frequency Modulation -- Summary -- References -- 2 Baseband Modulation and Demodulation -- Rectangular Pulse Amplitude Modulation -- SystemVue Simulation of Rectangular PAM -- Rectangular PAM Power Spectral Density -- Performance of Rectangular PAM in a Simple Receiver in AWGN -- Performance of Filtered Rectangular PAM in a Simple Receiver in AWGN -- Sinc Pulse Amplitude Modulation -- SystemVue Simulation of Sinc PAM -- Sinc PAM Power Spectral Density -- Performance of Sinc PAM in a Simple Receiver in AWGN -- Raised Cosine Pulse Amplitude Modulation -- SystemVue Simulation of Raised Cosine PAM -- Raised Cosine PAM Power Spectral Density -- Performance of Raised Cosine PAM in a Simple Receiver in AWGN -- Optimum Binary Baseband Receiver: The Correlation Receiver -- The Correlation Receiver for Baseband Symmetrical Signals -- Probability of Bit Error for Baseband Symmetrical Signals -- Performance of Symmetrical PAM for the Optimum Receiver in AWGN -- The Correlation Receiver for Baseband Asymmetrical Signals -- Probability of Bit Error for Baseband Asymmetrical Signals -- Performance of Asymmetrical PAM for the Optimum Receiver in AWGN -- Multilevel (M-ary) Pulse Amplitude Modulation -- SystemVue Simulation of M-ary Rectangular PAM.

M-ary Rectangular PAM Power Spectral Density -- The Correlation Receiver for M-ary Baseband Signals -- Probability of Bit Error for M-ary Baseband Signals -- Performance of M-ary PAM for the Optimum Receiver in AWGN -- Partial Response Signaling -- Duobinary PAM Signaling -- SystemVue Simulation of Duobinary PAM -- The Simple Receiver for Precoded Duobinary Signals -- The Simple Receiver for Precoded Modified Duobinary Signals -- Duobinary PAM Power Spectral Density -- Performance of Duobinary PAM in a Simple Receiver in AWGN -- Delta Modulation -- Eye Diagrams -- Summary -- References -- 3 Bandpass Modulation and Demodulation -- Optimum Bandpass Receiver: The Correlation Receiver -- The Correlation Receiver for Bandpass Symmetrical Signals -- Probability of Bit Error for Bandpass Symmetrical Signals -- The Correlation Receiver for Bandpass Asymmetrical Signals -- Probability of Bit Error for Bandpass Asymmetrical Signals -- Binary Amplitude Shift Keying -- SystemVue Simulation of Binary ASK -- Binary ASK Power Spectral Density -- Performance of Binary ASK for the Optimum Receiver in AWGN -- Binary Frequency Shift Keying -- SystemVue Simulation of Binary FSK -- Binary FSK Power Spectral Density -- Performance of Binary FSK for the Optimum Receiver in AWGN -- Binary Phase Shift Keying -- SystemVue Simulation of Binary PSK -- Binary PSK Power Spectral Density -- Performance of Binary PSK for the Optimum Receiver in AWGN -- Multilevel (M-ary) Amplitude Shift Keying -- SystemVue Simulation of M-ary ASK -- M-ary ASK Power Spectral Density -- The Correlation Receiver for M-ary ASK Signals -- Probability of Bit Error for M-ary ASK Signals -- Performance of M-ary ASK for the Optimum Receiver in AWGN -- Multilevel (M-ary) Frequency Shift Keying -- SystemVue Simulation of M-ary FSK -- M-ary FSK Power Spectral Density.

The Correlation Receiver for M-ary FSK Signals -- Probability of Bit Error for M-ary FSK Signals -- Performance of M-ary FSK for the Optimum Receiver in AWGN -- Multilevel (M-ary) Phase Shift Keying -- SystemVue Simulation of M-ary PSK -- M-ary PSK Power Spectral Density -- Probability of Bit Error for M-ary PSK Signals -- Performance of M-ary PSK for the Optimum Receiver in AWGN -- Quadrature Amplitude Modulation -- SystemVue Simulation of QAM -- QAM Power Spectral Density -- Probability of Bit Error for QAM Signals -- Performance of QAM for the Optimum Receiver in AWGN -- Differential Phase Shift Keying -- SystemVue Simulation of DPSK -- DPSK Power Spectral Density -- Probability of Bit Error for DPSK Signals -- Performance of DPSK for the Optimum Receiver in AWGN -- Differential Quaternary Phase Shift Keying -- SystemVue Simulation of DQPSK -- DQPSK Power Spectral Density -- Probability of Bit Error for DQPSK Signals -- Performance of DQPSK for the Optimum Receiver in AWGN -- Noncoherent Demodulation of Binary Frequency Shift Keying -- SystemVue Simulation of Noncoherent Binary FSK -- Probability of Bit Error for Noncoherent Binary FSK Signals -- Performance of Noncoherent Binary FSK in AWGN -- Noncoherent Demodulation of Binary Amplitude Shift Keying -- SystemVue Simulation of Noncoherent Binary ASK -- Probability of Bit Error for Noncoherent Binary ASK Signals -- Performance of Noncoherent Binary ASK in AWGN -- Threshold for Demodulation of Noncoherent Binary ASK -- Constellation Plots -- Summary -- References -- 4 Synchronization and Equalization -- Acquisition and Tracking of Synchronization -- Carrier Frequency and Phase Synchronization -- Symbol Synchronization -- Equalization of Bandlimited Channels -- Channel Models -- Summary -- References -- 5 Multiplexing -- Time Division Multiplexing -- Frequency Division Multiplexing.

Code Division Multiplexing -- Direct Sequence Spread Spectrum -- SystemVue Simulation of DSSS -- Performance of DSSS with Interference -- Signal to Noise Ratio in DSSS -- Probability of Bit Error Bit in Multiple Access Interference in DSSS -- Frequency Hopping Spread Spectrum -- SystemVue Simulation of FHSS -- Performance of FHSS in AWGN -- Jamming in FHSS -- Orthogonal Frequency Division Multiplexing -- Summary -- References -- 6 Sampling and Quantization -- Sampling Baseband Analog Signals -- Companding -- Pulse Code Modulation -- Line Codes -- Power Spectral Density of Line Codes -- Polar NRZ Line Code -- Unipolar NRZ Line Code -- Alternate Mark Inversion NRZ Line Code -- Split-Phase NRZ Line Code -- Return-to-Zero Line Codes -- SystemVue Simulation of Line Codes -- Differential Pulse Code Modulation -- Sampling Bandpass Analog Signals -- Summary -- References -- About the CD-ROM -- System Requirements -- SystemVue Simulation Models -- Bibliography -- Index -- A -- B -- C -- D -- E -- F -- G -- H -- I -- J -- K -- L -- M -- N -- O -- P -- Q -- R -- S -- T -- U -- V -- W -- X.