Multimedia Technology WS 04/05

You will need the DivX Codec for the videos.
We use DivX 5.1.1


 
 Chapter  Content  Video 270 kbps
 Audio 96 kbit/s
 Video 90 kbps
 Audio 24kbit/s
 Comments
 1  Introduction ca. 137 MB ca. 44 MB
 2.1.1  Fundamentals of Data
 Compression
ca. 42 MB ca. 13 MB
 2.1.2  Run Length Coding ca. 67 MB ca. 22 MB
 2.1.3  Huffman Code ca. 77 MB ca. 23 MB
 2.1.4  Lempel-Ziv Coding ca. 85 MB ca. 28 MB
 2.1.5  Arithmetic Coding ca. 65 MB ca. 20 MB
 2.2.1  Still Image Compression Technique ca. 58 MB ca. 20 MB
 2.2.2  Block Truncation Coding (BTC) ca. 33 MB ca. 10 MB
 2.2.3  Color Cell Compression ca. 65 MB ca. 20 MB
 2.2.4  A Brief Introduction to
  Transformations
ca. 62 MB ca. 20 MB
 2.2.5  JPEG ca. 205 MB ca. 65 MB
 2.2.6  Compression with Wavelets ca. 200 MB ca. 70 MB
 2.3.1  MPEG ca. 185 MB ca. 65 MB
 2.3.2  ITU Recommendation H.261 ca. 62 MB ca. 20 MB
 2.4.1  Audio Compression ca. 105 MB ca. 35 MB
 2.4.2  Audio Compression with
  Psycho-Acoustic Models
ca. 116 MB ca. 37 MB
 2.4.3  Speech Coding ca. 40 MB ca. 13 MB
 2.5.1  Brief historical introduction to
 animation
ca. 40 MB ca. 12 MB
 2.5.2  Basic animation techniques ca. 19 MB ca. 6 MB
 2.5.3  Articulated structures ca. 35 MB ca. 11 MB
 2.5.4  Image morphing ca. 62 MB ca. 20 MB
 3.1  QoS - Motivation ca. 34 MB ca. 11 MB
 3.2  Characteristics of Real-Time /
 Multimedia Systems
ca. 36 MB ca. 12 MB
 3.3  QoS - Definition ca. 67 MB ca. 21 MB
 3.4  Resources ca. 23 MB ca. 8 MB
 3.5.1  QoS Provisioning - Setup Phase ca. 58 MB ca. 19 MB
 3.5.2  QoS Provisioning - Data
 Processing Phase
ca. 50 MB ca. 20 MB
 3.6  QoS Architectures ca. 16 MB ca. 5 MB
 4.1.1  Protocol Architecture in Layers ca. 132 MB ca. 42 MB
 4.1.2  Medium Access Control and
 Error Control in Layer 2
ca. 230 MB ca. 85 MB
 4.1.3  Packet-Switched Networks ca. 130 MB ca. 45 MB
 4.2.1  General Considerations for
 QoSin Networks
ca. 76 MB ca. 25 MB
 4.2.2  QoS in the Internet ca. 90 MB ca. 30 MB
 4.3.1  Multicast Principles ca. 30 MB ca. 10 MB
 4.3.2  Multicast in LANs ca. 17 MB ca. 6 MB
 4.3.3  Multicast in WANs ca. 240 MB ca. 75 MB
 4.4  Media Scaling and
 Media Filtering
ca. 140 MB ca. 45 MB
 4.5  Streaming Media on the Web ca. 82 MB ca. 26 MB
 5.1  Optical Disks - Overview ca. 18 MB ca. 6 MB
 5.2  Optical Disks - History ca. 14 MB ca. 5 MB
 5.3  Optical Disks - Fundamentals ca. 60 MB ca. 19 MB
 5.4  Early Laser Disk ca. 7 MB ca. 2 MB
 5.5  CD-DA : Compact Disk
  Digital Audio
ca. 112 MB ca. 36 MB
 5.6  CD-ROM: Compact
 Disc - Read Only Memory
ca. 60 MB ca. 20 MB
 5.7  CD-ROM/XA: CD-ROM
 Extended Architecture
ca. 15 MB ca. 5 MB
 5.8  Further CD-ROM-based
 Developments
ca. 18 MB ca. 6 MB
 5.9  CD-WO: Compact Disc
 Write Once
ca. 9 MB ca. 4 MB
 5.10  CD-MO: Compact Disc
  Magneto Optical
ca. 14 MB ca. 4 MB
 5.11  VCD and SVCD: Video CD
 and Super Video CD
ca. 18 MB ca. 6 MB
 5.12  DVD: Digital Video Disk ca. 45 MB ca. 15 MB
 6.1  Media Server Architecture ca. 40 MB ca. 15 MB
 6.2  Storage Devices and
 Disk Layout
ca. 40 MB ca. 15 MB
 6.3  RAID ca. 40 MB ca. 15 MB
 6.4  Storage Management and
 Disk Scheduling
pt.1 ca. 40 MB
pt.2 ca. 170 MB
pt.1 ca. 15 MB
pt.2 ca. 55 MB
 7.1  Real-time Operation pt.1 ca. 48 MB
pt.2 ca. 84 MB
pt.1 ca. 16 MB
pt.2 ca. 28 MB
 7.2  Scheduling Algorithms ca. 40 MB ca. 15 MB
 8.1  Statistics for
 Multimedia Content Analysis
ca. 90 MB ca. 27 MB
 8.2  Basic Parameters for Video Analysis pt.1 ca. 40 MB
pt.2 ca. 120 MB
pt.1 ca. 13 MB
pt.2 ca. 40 MB
 8.3.1  Deriving Video Semantics ca. 49 MB ca. 16 MB
 8.3.2  Action Intensity ca. 6 MB ca. 2 MB
 8.3.3  Algorithm for the Detection of Camera Operations ca. 6 MB ca. 2 MB
 8.3.4  Text Detection ca. 45 MB ca. 15 MB
 8.3.5  Face Detection ca. 30 MB ca. 10 MB
 8.4  Object Recognition pt.1 ca. 110 MB
pt.2 ca. 120 MB
pt.1 ca. 35 MB
pt.2 ca. 50 MB
 8.5  Basic Parameters for
 Audio Analysis
pt.1 ca. 90 MB
pt.2 ca. 40 MB
pt.1 ca. 30 MB
pt.2 ca. 10 MB
 8.6  Deriving Audio Semantics ca. 194 MB ca. 60 MB
 8.7  Application Examples for
 Content Analysis
ca. 160 MB ca. 50 MB
 8.8.1  Content Repurposing
 Fundamentals
ca. 32 MB ca. 10 MB
 8.8.2  Text to Speech and
 Speech to Text
ca. 40 MB ca. 20 MB
 8.8.3  Photo to Video ca. 19 MB ca. 7 MB
 8.8.4  Video to Panoramic Photo ca. 95 MB ca. 35 MB
 9.1  Security aspects for
 multimedia documents
ca. 45 MB ca. 20 MB
 9.2  Watermarks: history,
 types and applications
ca. 40 MB ca. 20 MB
 9.3  Robust watermarks ca. 140 MB ca. 70 MB
 9.4  Fragile watermarks ca. 40 MB ca. 20 MB

videoclips of chapter 8

Photo to Video

Commercial detect

Fontal Face Demo Movie

Smooth Contour

Spie2005_bg

Spie2005_result

Text Segment 1

Text Segment 2


17.02.2005 Exam!!!

Any questions or problems? Please mail to Evangelos Sismanidis
<eve15@pi4.informatik.uni-mannheim.de>