Object Model for Live Actor and Entity in a MAR world

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Presentation transcript:

Object Model for Live Actor and Entity in a MAR world Kwan-Hee Yoo ISO/IEC JTC 1 SC24 WG9 Meeting 2015. 8. 24 Chungbuk National University

Augmented Reality Continuum [Paul Milgram’s Reality-Virtuality Continuum (1994)] Virtual Environment Real Mixed Reality Augmented Reality Virtuality HITLab KBS

System Framework for representing LAEs in a MAR world User Physical world Sensors (2D/3D camera, GPS, Gyro, etc) Recognizer/ Tracker Renderer/ Simulator Spatial Mapper Display/ UI Event Mapper MAR Scene (spatial scene, events, targets, etc)

Live Actor and Entity in a MAR world In a Real World In a MAR World -How to sense LAEs in real world -Need to model objects for LAEs

Characteristics of Live Actor and Entity in a MAR world -A LAE should be extracted from an image captured by a camera in a real world 2D chromakeying image 3D skeleton -The extracted LAE can be moved freely in a MAR world through Spatial mapper and also can be used to control its event. Modeling objects for representing the live actor and entity

Consider Live Actor and Entity -represent live actor and entity as 2D chromakeying image -represent a single live actor and entity -texture mapping data over 3D virtual human object -represent 3D skeleton for live actor and entity -motion control of 3D virtual human object by the extracted skeleton

Characteristics of Live Actor and Entity -Types for representing live actor and entity : 2d chromakeying image : 3D human object with 2d chromakeying image : 3D skeleton -Motion of live actor and entity : location : direction : calibration control -Events activated by live actor and entity : types : outputs