Publisher's Synopsis
Real–time functionality is the latest challenge facing high performance digital signal processors and DSP applications. Its successful deployment requires a thorough understanding of DSP theory as well as mastery of skills in real–time DSP design and implementation techniques. With this in mind Real–time Digital Signal Processing offers readers a hands–on tutorial approach, using the latest Texas Instruments TM320C55x processor in illustrative experiments and field applications.
Features include:
∗ A wealth of lab–exercises and experiments using MATLAB, C and the TMS320C55x assembly language, covering everything from basic concepts to telecommunications applications.
∗ A review of the fundamentals of real–time DSP theories in practice, plus programming examples using the Code Composer Studio development environment.
∗ Guidance on the selection of DSP chips to suit a variety of applications along with a consideration of real–time constraints, hardware options and fixed and floating point devices.
∗ Accompanying website providing software for use with the end–of–chapter experiments detailed throughout the book.
This practical guide will prove a valuable tool for students of digital signal processing and a self–contained reference for practising engineers and systems programmers developing new DSP applications.
