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The book provides a comprehensive exposition of all major topics in
digital signal processing (DSP). With numerous illustrative
examples for easy understanding of the topics, it also includes
MATLAB-based examples with codes in order to encourage the readers
to become more confident of the fundamentals and to gain insights
into DSP. Further, it presents real-world signal processing design
problems using MATLAB and programmable DSP processors. In addition
to problems that require analytical solutions, it discusses
problems that require solutions using MATLAB at the end of each
chapter. Divided into 13 chapters, it addresses many emerging
topics, which are not typically found in advanced texts on DSP. It
includes a chapter on adaptive digital filters used in the signal
processing problems for faster acceptable results in the presence
of changing environments and changing system requirements.
Moreover, it offers an overview of wavelets, enabling readers to
easily understand the basics and applications of this powerful
mathematical tool for signal and image processing. The final
chapter explores DSP processors, which is an area of growing
interest for researchers. A valuable resource for undergraduate and
graduate students, it can also be used for self-study by
researchers, practicing engineers and scientists in electronics,
communications, and computer engineering as well as for teaching
one- to two-semester courses.
The book provides a comprehensive exposition of all major topics in
digital signal processing (DSP). With numerous illustrative
examples for easy understanding of the topics, it also includes
MATLAB-based examples with codes in order to encourage the readers
to become more confident of the fundamentals and to gain insights
into DSP. Further, it presents real-world signal processing design
problems using MATLAB and programmable DSP processors. In addition
to problems that require analytical solutions, it discusses
problems that require solutions using MATLAB at the end of each
chapter. Divided into 13 chapters, it addresses many emerging
topics, which are not typically found in advanced texts on DSP. It
includes a chapter on adaptive digital filters used in the signal
processing problems for faster acceptable results in the presence
of changing environments and changing system requirements.
Moreover, it offers an overview of wavelets, enabling readers to
easily understand the basics and applications of this powerful
mathematical tool for signal and image processing. The final
chapter explores DSP processors, which is an area of growing
interest for researchers. A valuable resource for undergraduate and
graduate students, it can also be used for self-study by
researchers, practicing engineers and scientists in electronics,
communications, and computer engineering as well as for teaching
one- to two-semester courses.
The book discusses modern channel coding techniques for wireless
communications such as turbo codes, low parity check codes (LDPC),
space-time coding, Reed Solomon (RS) codes and convolutional codes.
Many illustrative examples are included in each chapter for easy
understanding of the coding techniques. The text is integrated with
MATLAB-based programs to enhance the understanding of the subject's
underlying theories. It includes current topics of increasing
importance such as turbo codes, LDPC codes, LT codes, Raptor codes
and space-time coding in detail, in addition to the traditional
codes such as cyclic codes, BCH and RS codes and convolutional
codes. MIMO communications is a multiple antenna technology, which
is an effective method for high-speed or high-reliability wireless
communications. PC-based MATLAB m-files for the illustrative
examples are included and also provided on the accompanying CD,
which will help students and researchers involved in advanced and
current concepts in coding theory. Channel coding, the core of
digital communication and data storage, has undergone a major
revolution as a result of the rapid growth of mobile and wireless
communications. The book is divided into 11 chapters. Assuming no
prior knowledge in the field of channel coding, the opening
chapters (1 - 2) begin with basic theory and discuss how to improve
the performance of wireless communication channels using channel
coding. Chapters 3 and 4 introduce Galois fields and present
detailed coverage of BCH codes and Reed-Solomon codes. Chapters 5-7
introduce the family of convolutional codes, hard and soft-decision
Viterbi algorithms, turbo codes, BCJR algorithm for turbo decoding
and studies trellis coded modulation (TCM), turbo trellis coded
modulation (TTCM), bit-interleaved coded modulation (BICM) as well
as iterative BICM (BICM-ID) and compares them under various channel
conditions. Chapters 8 and 9 focus on low-density parity-check
(LDPC) codes, LT codes and Raptor codes. Chapters 10 and 11 discuss
MIMO systems and space-time (ST) coding.
This textbook covers the fundamental theories of signals and
systems analysis, while incorporating recent developments from
integrated circuits technology into its examples. Starting with
basic definitions in signal theory, the text explains the
properties of continuous-time and discrete-time systems and their
representation by differential equations and state space. From
those tools, explanations for the processes of Fourier analysis,
the Laplace transform, and the z-Transform provide new ways of
experimenting with different kinds of time systems. The text also
covers the separate classes of analog filters and their uses in
signal processing applications. Intended for undergraduate
electrical engineering students, chapter sections include exercise
for review and practice for the systems concepts of each chapter.
Along with exercises, the text includes MATLAB-based examples to
allow readers to experiment with signals and systems code on their
own. An online repository of the MATLAB code from this textbook can
be found at github.com/springer-math/signals-and-systems.
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