Paper Title
Advanced Haptic And Holographic Interface For 3d Video Calling

Abstract
The video calling is a process of talking between two or more users face to face. The currently available video calling is mostly based on the 2D video calling. The proposed Video calling (using Holographic Projection, Image processing, gesture recognition, video processing, SOA web services, Point source algorithm, Haptic Technology and Depth analysis algorithm) is based on the 3D video calling to provide a real like face to face communication. The holographic projection technique is used to store the 2D image stream of the video in holographic image frames and project the 3D holographic frames to the air. So that, the actual object in the 2D video can be projected into the air as 3D object. In the proposed video calling, the atmospheric air is considered as the obstacle to project the 3D holograms. The HAPTIC Technology is used for the realistic conversations like hand shake, touching… The user can touch; adjust the other user of the system using this Haptic Technology. The proposed system is a glass less holographic and Haptic Technology base air projected system. In this video call, the 3D depth data is read using the depth analysis algorithm. Image processing technology is used to map the 3D texture to the 3D models. Gesture recognition technology is used to identify the gestures of the user. Light Blue Optics technology is used to turn the projected screen into a touch sensitive touch screen. SOA web services are used to find the details of the things through web services. Video processing technology is used to find the exact positions of the objects in the video. The point source algorithm is used for the 3D reconstruction of the 2D image frames and real time HD video processing. The background subtraction algorithm is used to remove background from the 3D video. A projector is used to project the video and a camera is used for the video calling. The leap technology is used to do easy copy and paste process. . Keywords— Holographic image frames; Haptic Technology; Light Blue Optics; gesture recognition; Leap technology; SOA web services

Author - Hariharan S

Published : Volume-2,Issue-12  ( Dec, 2015 )

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