Driss Gallery > Laval Virtual 2011 > CASMCam : Circular aligned sparse matrix camera

Your setup needs updating.You may be missing, or have improperly installed, one or more of the required 3D Vision components. Please check the System Requirements page for more details.

file preview
file preview
Tremoille 2.0 Sound Forest - Graduate School of Media Design, Keio University (Japan) Sense-Roid: Emotional Haptic Communication with Yourself FLOWERS FIELDS - 1 FLOWERS FIELDS - 2 FLOWERS FIELDS - 3 The Acroban Humanoid Project - 1 The Acroban Humanoid Project - 2 The Acroban Humanoid Project - 2 The Acroban Humanoid Project - 3 The Acroban Humanoid Project - 4 The Acroban Humanoid Project - 6 The Acroban Humanoid Project - 7 AR Informative Glasses (Mobile Display) CASMCam : Circular aligned sparse matrix camera The champagne of Laval Virtual 2011 :)

Comments

You must be logged in to comment.

935
views
0
favored
Posted Apr 10, 2011 by: Driss
Description: Organization: Tama University Authors: Norimichi IDEHARA Website: iis.edu.tama.ac.jp/en/ Description: "The purpose of Circular Aligned Sparse Matrix CAMera (CASMCam) is to create a handy, cost-efficient method to archive a space with rotational free angle vision. CASMCam uses sparser cameras which are aligned on a circle surrounding a certain space. The image is interpolated from the camera views on-the-fly to provide free angle vision from the viewpoint on the circle. The estimation methods for finding corresponding point pairs based on the alignment of the cameras are proposed and experimented. The main goal of this system is to provide a common device to record tabletop handworks so that a user can replay them to learn. Other possible applications are to record active landscape objects from sparse viewpoints, to obtain a 3D model with discrete parts and to show artificial reality vision such as virtual hair-styles simulator." More @ : http://www.youtube.com/watch?v=gNv1IiHwrpc
Rate This Image
Your rating: none
Average: 0 (0 votes)
Stereo Camera: Fujifilm Finepix RealD W1
Copyright © 2024. NVIDIA Corporation.
Technology is powered by Phereo