MPEG-4: Audio/video and synthetic graphics/audio for mixed media

MPEG-4: Audio/video and synthetic graphics/audio for mixed media

Source :

• Signal Processing: Image Communication [ 0923-5965 ] ; 1997.

English descriptors

• Teeft :
  • Acoustic, Acoustic speech, Acoustic speech information, Activex animation, Algorithm, Anchor applications, Animate, Animated, Animated texture, Animation, Animation parameters, Application developers, Articulation, Articulation parameters, Artificial textures, Audio, Audio objects, August, Aural environments, Automatic lipreading, Bandwidth, Basic geometry, Behavior capabilities, Behavior programming, Bell laboratories, Bell labs, Binary format, Block diagram, Body animation, Body definition, Body modeling, Body models, Broad range, Cache, Chicago mpeg meeting, Client terminals, Coding, Coding efficiency, Collaborative, Collaborative work, Communication applications, Compression, Compression ratios, Computer graphics, Computer graphics models, Computer graphics proc, Computer vision, Content production, Core experiment, Core experiments, Decoder, Decoder algorithms, Deterministic rates, Different levels, Display space, Doenges, Download, Downloaded, Downloaded data, Downloaded object, Downloaded objects, Downloading, Downloads, Dynamic overlay graphics, Efficient coding, Electrical engineering, Evans sutherland computer corp, Face analysis, Face animation, Face features, Facial, Facial agent, Facial animation, Facial expressions, Facial features, Facial model, Frame rates, Functionality, Gaming, Generic snhc object coding, Geometry, Geometry compression, Geometry textures, Graphical objects, Graphical representation, Graphics, Graphics models, Graphics overlay, Head position, Head tilt, Hstts coding, Hybrid, Hybrid coding, Hybrid content, Hybrid media, Ieee, Image communication, Image processing, Image quality, Information graphics, Interactive, Interactivity, Interface, Java media, Lipreading, Local disk, Lucent technologies, Media complexity, Media experiences, Media integration, Media processors, Media types, Model data, Modeling, Mpeg, Mpeg4, Mpeg4 receiver, Mpeg4 video objects, Msdl, Multimedia, Multimedia content, Multiple users, Murray hill, Natural content, Negotiation phase, Networked, Networking, Neural networks, Noisy environments, Nostril, Object behaviors, Object surface, Object types, Other hand, Other issues, Other users, Overlay, Overlay graphics, Parameter, Parameter streams, Plenoptic modeling, Point numbers, Polygon, Polygon mesh, Proc, Progressive transmission, Prosodic parameters, Real time, Remote control, Research assistant, Research interests, Salt lake city, Same manner, Scalability, Scalable, Scene composition, Scene content, Schematic representation, Second level, Server, Several papers, Sevilla mpeg meeting, Signal processing, Similar fashion, Simulation, Skeleton layer, Snhc, Snhc group, Snhc verification model, Special effects, Specific content, Specific session, Speech articulation, Speech coding, Speech parameters, Speech recognition, Speech synthesis, Stable configurations, Standardization, Standardized parameters, Subsequent steps, Support transmission, Surface properties, Synchronization, Synthesis units, Synthetic, Synthetic content, Synthetic environments, Synthetic graphics, Synthetic imagery, Synthetic model, Synthetic models, Synthetic objects, System model, System sciences, Temporal, Temporal coherence, Temporal composition, Temporal scalability, Terminal, Terminal resources, Texture, Texture compression, Texture maps, Therapy device, Third level, Time coding, Time synchronization, User, User interaction, User interface, Various media objects, Vertex positions, Video, Video coding, Video frame, Video objects, Video processing, Video scalability, Video streams, Virtual, Virtual body, Virtual environment, Virtual environments, Virtual humans, Virtual travel agency, Visual analysis, Visual information, Visual speech, Visual speech information, Vocal tract, Vrml, Wide variety.

Abstract

• https://api.istex.fr/document/77CDD5A141A63B1374B7934C9ADC8CF8B759C417/fulltext/pdf

Affiliations:

• Italie, Suisse, États-Unis
• Canton de Genève, Canton de Vaud
• Genève, Lausanne
• Université de Genève

Links toward previous steps (curation, corpus...)

• to stream Istex, to step Corpus: 000C56
• to stream Istex, to step Curation: 000B96
• to stream Istex, to step Checkpoint: 000D13
• to stream Main, to step Merge: 000F30
• to stream Main, to step Curation: 000F28

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