Real-time digital signal processing from MATLAB to C with the TMS320C6x DSPs

Content: Section I: Enduring Fundamentals        Introduction and Organization    Why Do You Need This Book?    Real-Time DSP    How to Use This Book    Get Started         Sampling and Reconstruction    Theory    winDSK Demonstration    Talk-Through Using Windows    Talk-Through Using MATLAB and Windows    DSK Implementation in C         FIR Digital Filters    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C         IIR Digital Filters    Theory    winDSK Demonstration: Notch Filter Application    MATLAB Implementation    DSK Implementation in C         Periodic Signal Generation    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C    Pseudonoise Sequences         Frame-Based DSP    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C    Summary of Frame-Based Processing         Digital Filters Using Frames    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C         The Fast Fourier Transform    Theory    winDSK Demonstration    MATLAB Implementation    Implementation in C         Spectral Analysis and Windowing    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C    Conclusion         Section II: Projects    Project 1: Guitar Special Effects    Introduction to Projects    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C         Project 2: Graphic Equalizer    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C         Project 3: Peak Program Meter    Theory    winDSK Demonstration: commDSK    MATLAB Implementation    DSK Implementation in C         Project 4: AM Transmitters    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C         Project 5: AM Receivers    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C         Project 6: Phase-Locked Loop    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C         Project 7: BPSK Digital Transmitters    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C         Project 8: BPSK Digital Receivers    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C         Project 9: MPSK and QAM Digital Transmitters    Theory    winDSK Demonstration    MATLAB Implementation    DSK Implementation in C    Higher-Order Modulation Schemes         Project 10: QPSK Digital Receivers    Theory    winDSK8 Demonstration    MATLAB Implementation    DSK Implementation in C    Follow-On Challenges             Section III: Appendices        Code Composer Studio: An Overview    Introduction    Starting Code Composer Studio    Conclusion         DSP/BIOS    Introduction    DSP/BIOS Sample Projects         Numeric Representations    Endianness    Integer Representations    Integer Division and Rounding    Floating-Point Representations    Fixed-Point Representations    Summary of Numeric Representations         TMS320C6x Architecture    Computer Architecture Basics    TMS320C671x Architecture    TMS320C674x Architecture         Related Tools for DSKs    Introduction    Windows Control Applications    MATLAB Exports    MATLAB Real-Time Interface         Programming Perils and Pitfalls    Debug versus Release Builds    The Volatile Keyword    Function Prototypes and Return Types    Arithmetic Issues    Controlling the Location of Variables in Memory    Real-Time Schedule Failures    Variable Initialization    Integer Data Sizes         Abbreviations, Acronyms, and Symbols         References     Index