- Hardcover: 512 pages
- Publisher: Wiley-Blackwell (30 Aug 2001)
- Language English
- ISBN-10: 0470841370
- ISBN-13: 978-0470841372
- Product Dimensions: 24.6 x 16.6 x 3.4 cm
- Amazon Bestsellers Rank: 2,201,028 in Books (See Top 100 in Books)
- See Complete Table of Contents
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Product Description
Product Description
The rapid advancement in digital technology in recent years has allowed the implementation of incredibly sophisticated digital signal processing (DSP) algorithms that make real–time tasks feasible. Real–time DSP is currently a very hot subject in today′s engineering fields fuelled by the ever–increasing demand for high–performance digital signal processors. The TMS320C55x is the latest of Texas Instrument′s line of highly successful DSP chips, which is anticipated to dominate the market in 2001.
Placing emphasis on the practical aspects of real time DSP concepts and applications by taking a systems design, implementation and simulation approach, this text bridges the gap in the existing DSP literature which covers theory, MATLAB and C and Lab manuals. A hands–on, tutorial approach enables the understanding of real–time DSP systems principles and real–world applications using MATLAB, C and various assembly programs based on TI′s TMS320C55x.
∗ Tutorial based presentation, allowing the reader to master the theory of digital signal processing and the important skill of real–time DSP design and implementation techniques.
∗ Focuses on practical aspects of real–time DSP concepts and applications from a system design and implementation point of view
∗ Accompanying CD–ROM containing MATLAB and C assembly programs will allow a hands–on illustration of real–time DSP application
∗ For readers with access to a TI DSP lab, an Evaluation Module (EVM) with Code Compressor Studio (CCS) of TMS320C55x will be integrated into lab experiments, projects and applications from in–text references
A valuable, leading edge resource for senior graduate students of digital signal processing and practising engineers developing real–time DSP applications.
Placing emphasis on the practical aspects of real time DSP concepts and applications by taking a systems design, implementation and simulation approach, this text bridges the gap in the existing DSP literature which covers theory, MATLAB and C and Lab manuals. A hands–on, tutorial approach enables the understanding of real–time DSP systems principles and real–world applications using MATLAB, C and various assembly programs based on TI′s TMS320C55x.
∗ Tutorial based presentation, allowing the reader to master the theory of digital signal processing and the important skill of real–time DSP design and implementation techniques.
∗ Focuses on practical aspects of real–time DSP concepts and applications from a system design and implementation point of view
∗ Accompanying CD–ROM containing MATLAB and C assembly programs will allow a hands–on illustration of real–time DSP application
∗ For readers with access to a TI DSP lab, an Evaluation Module (EVM) with Code Compressor Studio (CCS) of TMS320C55x will be integrated into lab experiments, projects and applications from in–text references
A valuable, leading edge resource for senior graduate students of digital signal processing and practising engineers developing real–time DSP applications.
From the Back Cover
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.
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.
Inside This Book
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First Sentence
Signals can be divided into three categories - continuous-time (analog) signals, discrete-time signals, and digital signals. Read the first page
Front Cover | Copyright | Table of Contents | Excerpt | Index | Back Cover
Signals can be divided into three categories - continuous-time (analog) signals, discrete-time signals, and digital signals. Read the first page
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Concordance
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Front Cover | Copyright | Table of Contents | Excerpt | Index | Back Cover
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1 review
7 of 8 people found the following review helpful
Good book
17 July 2002
Format:Hardcover
It is a good book for beginners in the DSP field. However, I wish the book had been concentrated on applications right from the beginning, instead of spending too much space on well known mathematics that can be found in another classical books. I hope for the next edition to be better, as the book's name implies: real time applications. Nevertheless, the book is quite motivating for the reader and, if mature enough, it can be of extreme value for engineers and scientist that need to solve problems that require real time processing. But, again, this is only found within the last parts of the book.
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