This paper presents an online system which is capable of reconstructing and rendering dynamic objects in real scenes. We reconstruct visual hulls of the objects by using a shape-from-silhouette approach. During rendering, a novel blending scheme is employed to compose multiple background images. Visibility artifacts on the dynamic object are removed by using opaque projective texture mapping. We also propose a dynamic texture packing technique to improve rendering performance by exploiting region-of-interest information. Our system takes multiple live or pre-recorded video streams as input. It produces realistic real-time rendering results of dynamic objects in their surrounding natural environment in which the user can freely navigate
In this paper, a novel hybrid algorithm is presented for the fast construction and high-quality ren...
We present a novel algorithm for simultaneous visual hull reconstruction and rendering by exploiting...
We present a novel algorithm for simultaneous visual hull reconstruction and rendering by exploiting...
This paper presents an online system which is capable of reconstructing and rendering dynamic object...
This paper presents an online system which is capable of reconstructing and rendering dynamic objec...
This paper presents an online system which is capable of reconstructing and rendering dynamic objec...
This paper presents an online system which is capable of reconstructing and rendering dynamic object...
The visual hull is an efficient shape approximation for the purpose of reconstructing and visualizi...
The visual hull is an efficient shape approximation for the purpose of reconstructing and visualizin...
The visual hull is an efficient shape approximation for the purpose of reconstructing and visualizi...
The visual hull is an efficient shape approximation for the purpose of reconstructing and visualizin...
This thesis discusses fast novel view synthesis from multiple images taken from different viewpoints...
This thesis discusses fast novel view synthesis from multiple images taken from different viewpoints...
We present a system for generating real-time 3D reconstructions of the user and other real objects i...
In this paper, we describe an efficient image-based approach to computing and shading visual hulls f...
In this paper, a novel hybrid algorithm is presented for the fast construction and high-quality ren...
We present a novel algorithm for simultaneous visual hull reconstruction and rendering by exploiting...
We present a novel algorithm for simultaneous visual hull reconstruction and rendering by exploiting...
This paper presents an online system which is capable of reconstructing and rendering dynamic object...
This paper presents an online system which is capable of reconstructing and rendering dynamic objec...
This paper presents an online system which is capable of reconstructing and rendering dynamic objec...
This paper presents an online system which is capable of reconstructing and rendering dynamic object...
The visual hull is an efficient shape approximation for the purpose of reconstructing and visualizi...
The visual hull is an efficient shape approximation for the purpose of reconstructing and visualizin...
The visual hull is an efficient shape approximation for the purpose of reconstructing and visualizi...
The visual hull is an efficient shape approximation for the purpose of reconstructing and visualizin...
This thesis discusses fast novel view synthesis from multiple images taken from different viewpoints...
This thesis discusses fast novel view synthesis from multiple images taken from different viewpoints...
We present a system for generating real-time 3D reconstructions of the user and other real objects i...
In this paper, we describe an efficient image-based approach to computing and shading visual hulls f...
In this paper, a novel hybrid algorithm is presented for the fast construction and high-quality ren...
We present a novel algorithm for simultaneous visual hull reconstruction and rendering by exploiting...
We present a novel algorithm for simultaneous visual hull reconstruction and rendering by exploiting...