Details
Title: Matlab and Worked Problems in Multimedia Signal Processing and Applications, Edition 1.4
Author: Hon Keung Kwan
eBook: 221 pages
Language: English
Publisher: dfisp.org
Publication Date: June 12, 2020
ISBN13: 9781988307114
Dimensions: 6 x 9 inches
Format: Adobe Digital Editions
Platform: Windows, Machintosh, and Andriod desktop/ laptop/ tablet/ phone
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Description
This eBook on Matlab and Worked Problems in Multimedia Signal Processing and Applications contains Matlab, hand-calculation, and derivation types of worked problems which supplements the main eBook entitled “Multimedia Signal Processing and Applications” to reinforce learning in classes and through self-study.
This eBook covers Matlab and worked problems on Visual Perception, Sampling and Digitization, Unitary and Discrete Fourier Transforms, Discrete Cosine Transforms, Discrete Wavelet Transforms, Discrete Gabor Transforms, Digital Filters, Tunable Digital Filters, Spatial Filters, Adaptive Digital filters, Audio Compression Principles, Image Compression Principles, and Video Compression Principles.
The eBook is consisted of a total of 221 pages, 84 Matlab and worked problems, 52 tables, and 77 figures. Matlab codes are listed for many of the Matlab and worked problems.
No specific prerequisites are required but a background of elementary courses in linear algebra and calculus will be useful.
Readership
Senior undergraduate and graduate students in electrical and computer engineering, computer science, and other programs taking a course in multimedia signal processing and applications. Practising engineers, computing professionals, and anyone who are interested to self-learn, understand, and/or explore new possibilities for research and project in multimedia signal processing and applications.
Key Features
1. Matlab and worked problems are described and explained which makes Matlab programming easy for multimedia signal processing and applications.
2. A clickable table of contents also comes with the eBook to allow a quick link to a specific Matlab and worked problem.
3. The eBook has been designed and formatted to be readable and usable directly by an instructor (and teaching assistants) in regular and online lecture (and tutorial) classes without a need to prepare presentation slides.
4. The eBook has been developed under classroom and research environments to support learning, teaching, and research.
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