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MPEG-4/H.264 & MPEG-7 Multimedia Standards |
Prerequisites |
Familiarity with analog and digital video would be helpful.
Although video compression is mathematically based, it is
not assumed that attendees are familiar with higher level
math: modern algebra, fractals, wavelets, etc.
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Course Description |
MPEG-4 and MPEG-7 are ISO/IEC standards developed by MPEG
(Moving Picture Expert Group). MPEG-4 provides the standardized
technological elements enabling the integration of the production,
distribution and content access paradigms of the three fields:
digital television, interactive graphic applications (synthetic
content), and interactive multimedia (WWW; distribution of
and access to content). An in-depth coverage of MPEG-4 is
presented in this Course, including AVC/Part-10/H.264. First,
the theoretical base – tools, concepts, principals –
required for the understanding MPEG-4, is covered. Next, Video
coding is discussed in details. After that the rest of the
MPEG-4 Standard is reviewed. Applications, opportunities and
obstacles are covered. An introduction to a multimedia content
description standard, MPEG-7, is presented.
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Course Objectives |
At the completion of this course, students will have a
basic understanding of how MPEG-4, and -7 work. They will
be familiar with the various compression algorithms and technologies.
Students will learn to identify common problems with digital
video quality, their causes, and solutions. In addition, students
will learn MPEG-4, and MPEG-7 basics and terminology.
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Who Should Attend |
The course is intended for video, R&D engineers who
need to use the technology for developing the next generation
audio-visual products, and for systems devlopers, decision
makers and others who seek a detailed understanding of new
technoghies in the MPEG area.
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Topic Outline |
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MPEG-4 Standard Overview
Version 1, Version 2
Theoretical Base: tools, concepts, principles
Summary - MPEAG-1-2 bases
Arithmetic coding
Shape representation: binary and gray-scale (alpha) planes
Mash (object plane) based presentation
Shape-adaptive DCT and DWT
Global and local motion compensation
RVLC, etc.
MPEG-4 Video
Natural video coding
Texture coding
Synthetic video
Advanced Video Coding (AVC) - H.264 |
MPEG-4 Systems
System Decoder Model
Scene Description
Multiplexing; TransMux, FlexMux
IPMP MPEG-4 Audio
SNHC audio Delivery Multimedia Integration
Framework (DMIF)
Future extensions
Applications
Introduction to MPEG-7 |
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