Software Recevier Design: Build Your Own Digital Communication System in Five Easy Steps
Johnson, C. Richard
Software Recevier Design: Build Your Own Digital Communication System in Five Easy Steps - New Delhi Cambridge University Press 2011 - 465p
The Big Picture Digital Radio The Basic Components A Telecommunication System The Six Elements The Idealized System Modelling Corrruption Analog (De) Modulation Sampling with Automatic Gain Control Digital Filtering and the DFT Bits to Symbols to Signals Stuff Happens The Adaptive Components Carrier Recovery Pulse Shapping and Receive Filtering Timing Recovery Linear Equalization Coding Putting It All Together Make It So A Digital Quadrature Amplitude Modulation Radio Appendix A: Transforms, Identities and Formulas Appendix B: Simulating Noise Appendix C: Envelope of a Bandpass Signal Appendix D: Relating the Fourier Transform to the DFT Appendix E: Power Spectral Density Appendix F: The Z Transform Appendix G: Averages and Averaging Appendix H: The B3IG Transmitter Index
9780521189446
Computer Engineering
621.382 / JOH
Software Recevier Design: Build Your Own Digital Communication System in Five Easy Steps - New Delhi Cambridge University Press 2011 - 465p
The Big Picture Digital Radio The Basic Components A Telecommunication System The Six Elements The Idealized System Modelling Corrruption Analog (De) Modulation Sampling with Automatic Gain Control Digital Filtering and the DFT Bits to Symbols to Signals Stuff Happens The Adaptive Components Carrier Recovery Pulse Shapping and Receive Filtering Timing Recovery Linear Equalization Coding Putting It All Together Make It So A Digital Quadrature Amplitude Modulation Radio Appendix A: Transforms, Identities and Formulas Appendix B: Simulating Noise Appendix C: Envelope of a Bandpass Signal Appendix D: Relating the Fourier Transform to the DFT Appendix E: Power Spectral Density Appendix F: The Z Transform Appendix G: Averages and Averaging Appendix H: The B3IG Transmitter Index
9780521189446
Computer Engineering
621.382 / JOH