In recent years, significant advances in digital technology have led to the design and implementation of sophisticated algorithms, allowing accurate real-time processing of signals. Real-time digital signal processing (DSP) is of increasing importance in today's engineering fields because of the demand for high performance, low-cost digital signal processors in many applications from digital cellular phones and high-speed Internet access, to image processing, and multimedia streaming.
Fully revised and updated, Real-Time Digital Signal Processing: Implementations and Applications, Second Edition takes a wholly practical approach, providing essential information on real-time principles, DSP algorithm development, and system design and implementation. With eight new chapters analyzing the latest DSP applications, this book also includes a wealth of exercises, laboratory experiments and programming examples using MATLAB, C, and assembly languages for Texas Instrument's TMS320C55xx processor.
Key features:
* Focuses on effective software development process from algorithm design and validation, to floating-point evaluation, fixed-point simulation, C55xx intrinsics, and code optimization with efficient assembly language implementation.
* Describes widely used DSP applications such as DTMF generation and detection, echo cancellation, noise reduction, speech coding, channel coding, audio processing, and image processing.
* Introduces Texas Instrument's Code Composer Studio, and C5510 DSK hardware for DSP application development, evaluation, debugging and testing.
* Examines the design and analysis of DSP algorithms using MATLAB Graphic User Interface (GUI) tools.
* Tests and evaluates the DSP applications using MATLAB Link for CCS tools with C5510 DSK hardware.
* Includes an accompanying CD with many MATLAB examples, C and C55xx programs for hands-on DSP experiments.
This book is a valuable, leading-edge resource for electrical and computer engineering students taking courses in digital signal processing who need up-to-date information on the technology. It is also a useful reference for practising engineers and researchers involved in the creation of real-time DSP applications.
Sen M. Kuo
Digitale Signalverarbeitung Mikroprozessor