ISO/IEC 23005-1:2016
Information technology — Media context and control — Part 1: Architecture
ISO/IEC 23005-1:2016 specifies the architecture of MPEG-V (media context and control), its three associated use cases of information adaptation from virtual world to real world, information adaptation from real world to virtual world, and Information exchange between virtual worlds.
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1 Scope
2 Terms and definitions
2.1 Device Command
2.2 R ( V Adaptation
2.3 Sensed Information
2.4 Sensor
2.5 Sensor Adaptation Preferences
2.6 Sensor Capability
2.7 Sensory Device
2.8 Sensory Device Capability
2.9 Sensory Effects
2.10 Sensory Effect Metadata
2.11 User’s Sensory Preferences
2.12 User
2.13 Virtual World
2.14 V ( R Adaptation
2.15 VW Object Characteristics
3 MPEG-V System Architecture
4 Use cases
4.1 Information adaptation from virtual world to real world
System Architecture for information adaptation from virtual world to real world
4.2 Information adaptation from real world to virtual world
System Architecture for information adaptation from real world to virtual world
4.3 Information exchange between virtual worlds
System Architecture for exchanges between virtual worlds
5 Instantiations
5.1 Instantiation A: Representation of Sensory Effects (RoSE)
System Architecture for Representation of Sensory Effects
Instantiation A.1: Multi-sensorial Effects
Instantiation A.2: Motion effects
5.2 Instantiation B: Natural user interaction with virtual world
System Architecture for Natural user interaction with virtual world
Examples of sensors
Gaze tracking sensors
Multi-pointing sensors
Smart camera
Instantiation B.1: Full motion control and navigation of avatar/object with multi-input sources
Instantiation B.2: Serious gaming for ambient assisted living
Instantiation B.3: Gesture recognition using multipoint interaction devices
Instantiation B.4: Avatar facial expression retargeting using smart camera
Instantiation B.5: Motion tracking and facial animation with multimodal interaction
Motion tracking
Facial animation
Instantiation B.6: Serious gaming and training with multimodal interaction
Instantiation B.7: Virtual museum guide with embodied conversational agents
5.3 Instantiation C: Traveling and navigating real and virtual worlds
System Architecture for traveling and navigating real and virtual worlds
Examples of sensors and path finding mechanisms
Attributed coordinate sensors
Path finding
General technical details1F
Automatically obtaining of the height map (extension)
Instantiation C.1: Virtual travel
Instantiation C.2: Virtual traces of real places
Instantiation C.3: Virtual tour guides
Instantiation C.4: Unmanned aerial vehicle scenario
5.4 Instantiation D: Interoperable virtual worlds
System Architecture for interoperable virtual worlds
Instantiation D.1: Avatar appearance
Instantiation D.2: Virtual objects
5.5 Instantiation E: Social presence, group decision-making and collaboration within virtual worlds
System architecture
Instantiation E.1: Social presence
Instantiation E.2: Group decision-making in the context of spatial planning
Instantiation E.3: Consumer collaboration in product design processes along the supply chain
5.6 Instantiation F: Interactive haptic sensible media
System architecture for interactive haptic sensible media
Instantiation F.1: Internet haptic service - YouTube, online chatting
Instantiation F.2: Next generation classroom – sensation book
Instantiation F.3: Immersive broadcasting – home shopping, fishing channels
Instantiation F.4: Entertainment – game (Second Life, Star Craft), movie theater
Instantiation F.5: Virtual simulation for training – military task, medical simulations
5.7 Instantiation G: Bio-sensed information in virtual world
System architecture for bio-sensed information in virtual world
Instantiation G.1: Interactive games sensitive to user’s conditions
Instantiation G.2: Virtual hospital and health monitoring
Instantiation G.3: Mental health for lifestyle management
Instantiation G.4: Food intake for lifestyle management
Instantiation G.5: Cardiovascular rehabilitation for health management
Instantiation G.6: Glucose level / diabetes management for health management
5.8 Instantiation H: Environmental monitoring with sensors
System architecture for environmental monitoring
Instantiation H.1: Environmental monitoring system
5.9 Instantiation I: Virtual world interfacing with TV platforms
System architecture for virtual world interfacing with TV platform
Instantiation I.1: The TV platform as a virtual worlds I/O device
5.10 Instantiation J: Seamless integration between real and virtual worlds
System architecture for seamless integration between real and virtual worlds
Instantiation J.1: Seamless interaction between real and virtual worlds with integrating virtual and real sensors and actuators
5.11 Instantiation K: Hybrid communication
5.12 Instantiation L: Makeup Avatar
Spectrum data acquisition
From a multispectral camera
From an orinary camera baed on camera chracterization
Spectrum data combination in a virtual world
Cosmetic color spectrum metamerism
Color reproduction process for a virtual makeup avatar
Transformation model generation
Makeup simulation usage example
5.13 Instantiation M: Usage Scenario for automobile sensors
Helping auto maintenance/regular inspection
Monitoring for Eco-friendly driving
Bibliography
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1 Scope
2 Terms and definitions
2.1 Device Command
2.2 R ( V Adaptation
2.3 Sensed Information
2.4 Sensor
2.5 Sensor Adaptation Preferences
2.6 Sensor Capability
2.7 Sensory Device
2.8 Sensory Device Capability
2.9 Sensory Effects
2.10 Sensory Effect Metadata
2.11 User’s Sensory Preferences
2.12 User
2.13 Virtual World
2.14 V ( R Adaptation
2.15 VW Object Characteristics
3 MPEG-V System Architecture
4 Use cases
4.1 Information adaptation from virtual world to real world
System Architecture for information adaptation from virtual world to real world
4.2 Information adaptation from real world to virtual world
System Architecture for information adaptation from real world to virtual world
4.3 Information exchange between virtual worlds
System Architecture for exchanges between virtual worlds
5 Instantiations
5.1 Instantiation A: Representation of Sensory Effects (RoSE)
System Architecture for Representation of Sensory Effects
Instantiation A.1: Multi-sensorial Effects
Instantiation A.2: Motion effects
5.2 Instantiation B: Natural user interaction with virtual world
System Architecture for Natural user interaction with virtual world
Examples of sensors
Gaze tracking sensors
Multi-pointing sensors
Smart camera
Instantiation B.1: Full motion control and navigation of avatar/object with multi-input sources
Instantiation B.2: Serious gaming for ambient assisted living
Instantiation B.3: Gesture recognition using multipoint interaction devices
Instantiation B.4: Avatar facial expression retargeting using smart camera
Instantiation B.5: Motion tracking and facial animation with multimodal interaction
Motion tracking
Facial animation
Instantiation B.6: Serious gaming and training with multimodal interaction
Instantiation B.7: Virtual museum guide with embodied conversational agents
5.3 Instantiation C: Traveling and navigating real and virtual worlds
System Architecture for traveling and navigating real and virtual worlds
Examples of sensors and path finding mechanisms
Attributed coordinate sensors
Path finding
General technical details1F
Automatically obtaining of the height map (extension)
Instantiation C.1: Virtual travel
Instantiation C.2: Virtual traces of real places
Instantiation C.3: Virtual tour guides
Instantiation C.4: Unmanned aerial vehicle scenario
5.4 Instantiation D: Interoperable virtual worlds
System Architecture for interoperable virtual worlds
Instantiation D.1: Avatar appearance
Instantiation D.2: Virtual objects
5.5 Instantiation E: Social presence, group decision-making and collaboration within virtual worlds
System architecture
Instantiation E.1: Social presence
Instantiation E.2: Group decision-making in the context of spatial planning
Instantiation E.3: Consumer collaboration in product design processes along the supply chain
5.6 Instantiation F: Interactive haptic sensible media
System architecture for interactive haptic sensible media
Instantiation F.1: Internet haptic service - YouTube, online chatting
Instantiation F.2: Next generation classroom – sensation book
Instantiation F.3: Immersive broadcasting – home shopping, fishing channels
Instantiation F.4: Entertainment – game (Second Life, Star Craft), movie theater
Instantiation F.5: Virtual simulation for training – military task, medical simulations
5.7 Instantiation G: Bio-sensed information in virtual world
System architecture for bio-sensed information in virtual world
Instantiation G.1: Interactive games sensitive to user’s conditions
Instantiation G.2: Virtual hospital and health monitoring
Instantiation G.3: Mental health for lifestyle management
Instantiation G.4: Food intake for lifestyle management
Instantiation G.5: Cardiovascular rehabilitation for health management
Instantiation G.6: Glucose level / diabetes management for health management
5.8 Instantiation H: Environmental monitoring with sensors
System architecture for environmental monitoring
Instantiation H.1: Environmental monitoring system
5.9 Instantiation I: Virtual world interfacing with TV platforms
System architecture for virtual world interfacing with TV platform
Instantiation I.1: The TV platform as a virtual worlds I/O device
5.10 Instantiation J: Seamless integration between real and virtual worlds
System architecture for seamless integration between real and virtual worlds
Instantiation J.1: Seamless interaction between real and virtual worlds with integrating virtual and real sensors and actuators
5.11 Instantiation K: Hybrid communication
5.12 Instantiation L: Makeup Avatar
Spectrum data acquisition
From a multispectral camera
From an orinary camera baed on camera chracterization
Spectrum data combination in a virtual world
Cosmetic color spectrum metamerism
Color reproduction process for a virtual makeup avatar
Transformation model generation
Makeup simulation usage example
5.13 Instantiation M: Usage Scenario for automobile sensors
Helping auto maintenance/regular inspection
Monitoring for Eco-friendly driving
Bibliography