This paper proposes an object-based approach to plenoptic videos, where the plenoptic video sequences are segmented into image-based rendering (IBR) objects each with its image sequence, depth map and other relevant information such as shape information. This allows desirable functionalities such as scalability of contents, error resilience, and interactivity with individual IBR objects to be supported. A portable capturing system consisting of two linear camera arrays, each hosting 6 JVC video cameras, was developed to verify the proposed approach. Rendering and compression results of real-world scenes demonstrate the usefulness and good quality of the proposed approach. © 2005 IEEE.published_or_final_versio
The purpose of this research was to develop a working physical model of the focused plenoptic camera...
This paper studies the rendering and post-processing of a dynamic image-based representation called ...
Plenoptic cameras are devices designed for sampling the light field entering their main lens. The ra...
2005 International Symposium on Intelligent Signal Processing and Communication Systems (ISPACS 2005...
This paper presents a system for capturing and rendering a dynamic image-based representation called...
S P I E Conference on Visual Communications and Image Processing 2005, Beijing, China, 12-15 July 20...
S P I E Conference on Visual Communications and Image Processing, Beijing, China, 12-15 July 2005Thi...
This paper proposes an object-based approach to a class of dynamic image-based representations calle...
Image-based rendering (IBR) is an emerging technology for photo-realistic rendering of scenes from a...
Abstract—A new object-based coding system for a class of dy-namic image-based representations called...
An object-based compression scheme for a class of dynamic image-based representations called "plenop...
Abstract — This paper proposes an object-based approach to a class of dynamic image-based representa...
Image-based rendering (IBR) is an emerging technology for photo-realistic rendering of scenes from a...
This paper presents a system for capturing and rendering a dynamic image-based representation called...
In recent years, the three-dimensional (3D) movie industry has reaped massive commercial success in ...
The purpose of this research was to develop a working physical model of the focused plenoptic camera...
This paper studies the rendering and post-processing of a dynamic image-based representation called ...
Plenoptic cameras are devices designed for sampling the light field entering their main lens. The ra...
2005 International Symposium on Intelligent Signal Processing and Communication Systems (ISPACS 2005...
This paper presents a system for capturing and rendering a dynamic image-based representation called...
S P I E Conference on Visual Communications and Image Processing 2005, Beijing, China, 12-15 July 20...
S P I E Conference on Visual Communications and Image Processing, Beijing, China, 12-15 July 2005Thi...
This paper proposes an object-based approach to a class of dynamic image-based representations calle...
Image-based rendering (IBR) is an emerging technology for photo-realistic rendering of scenes from a...
Abstract—A new object-based coding system for a class of dy-namic image-based representations called...
An object-based compression scheme for a class of dynamic image-based representations called "plenop...
Abstract — This paper proposes an object-based approach to a class of dynamic image-based representa...
Image-based rendering (IBR) is an emerging technology for photo-realistic rendering of scenes from a...
This paper presents a system for capturing and rendering a dynamic image-based representation called...
In recent years, the three-dimensional (3D) movie industry has reaped massive commercial success in ...
The purpose of this research was to develop a working physical model of the focused plenoptic camera...
This paper studies the rendering and post-processing of a dynamic image-based representation called ...
Plenoptic cameras are devices designed for sampling the light field entering their main lens. The ra...