(1.2 CEUs)
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.
Instructor
Dr. Jordan Isailovic , scientist, JRI Technology and
California State University Long Beach. and
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Course
Outline
Day 1
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)
Global and local motion
compensation
RVLC, etc.
- MPEG-4 Video
Natural video coding
Texture coding
Synthetic video
Advanced Video Coding (AVC)
Day 2
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
Course
includes:
Two days of instruction
(1.2 CEUs)
Extensive set of notes,
which cover all the visuals used in the course
Pre-course preparatory
homeworks
Course Diploma issued by
instructor
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Course
Summary
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. 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.
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.
Q & As:
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