Cell-based 3D Video Capture of a Freely-moving Object Using Multi-viewpoint Active Cameras
スポンサーリンク
概要
- 論文の詳細を見る
We propose a method to capture 3D video of an object that moves in a large area using active cameras. Our main ideas are to partition a desired target area into hexagonal cells, and to control active cameras based on these cells. Accurate camera calibration and continuous capture of the object with at least one third of the cameras are guaranteed regardless of the objects motion. We show advantages of our method over an existing capture method using fixed cameras. We also show that our method can be applied to a real studio.
著者
-
Nobuhara Shohei
Kyoto University
-
Matsuyama Takashi
Kyoto University
-
Yoshimoto Hiromasa
Kyoto University
-
YAMAGUCHI TATSUHISA
Kyoto University
関連論文
- Cell-based 3D Video Capture of a Freely-moving Object Using Multi-viewpoint Active Cameras
- Object-Oriented Color Calibration of Multi-viewpoint Cameras in Sparse and Convergent Arrangement
- Cell-based 3D Video Capture of a Freely-moving Object Using Multi-viewpoint Active Cameras
- Object-Oriented Color Calibration of Multi-viewpoint Cameras in Sparse and Convergent Arrangement
- Multi-viewpoint Silhouette Extraction with 3D Context-aware Error Detection, Correction, and Shadow Suppression
- Multi-viewpoint Silhouette Extraction with 3D Context-aware Error Detection, Correction, and Shadow Suppression
- 3D Face Reconstruction and Gaze Estimation from Multi-view Video using Symmetry Prior