Detail publikace

Complex-Valued Multiresolution Volume Rendering in 3D Echocardiography

PROVAZNÍK, I., SCHWARZ, D., FEDRA, P.

Originální název

Complex-Valued Multiresolution Volume Rendering in 3D Echocardiography

Anglický název

Complex-Valued Multiresolution Volume Rendering in 3D Echocardiography

Jazyk

en

Originální abstrakt

A number of techniques have been proposed for rendering volumetric data sets. A modern approach lies in the use of a hierarchical description of images that are decomposed into a sequence of multiscale representations. Discrete-time wavelet transform (DWT) is often used for the decomposition. This approach is similar to that used in computer graphics where scenes are utilized in structures called octrees. A ray-casting based method using complex-valued DWT has been proposed to serve as a rendering technique for visualization of medical images from various modalities such as CT and MR.

Anglický abstrakt

A number of techniques have been proposed for rendering volumetric data sets. A modern approach lies in the use of a hierarchical description of images that are decomposed into a sequence of multiscale representations. Discrete-time wavelet transform (DWT) is often used for the decomposition. This approach is similar to that used in computer graphics where scenes are utilized in structures called octrees. A ray-casting based method using complex-valued DWT has been proposed to serve as a rendering technique for visualization of medical images from various modalities such as CT and MR.

Dokumenty

BibTex 


@inproceedings{BUT3138,
  author="Valentine {Provazník} and Daniel {Schwarz} and Petr {Fedra}",
  title="Complex-Valued Multiresolution Volume Rendering in 3D Echocardiography",
  annote="A number of techniques have been proposed for rendering volumetric data sets. A modern approach lies in the use of a hierarchical description of images that are decomposed into a sequence of multiscale representations. Discrete-time wavelet transform (DWT) is often used for the decomposition. This approach is similar to that used in computer graphics where scenes are utilized in structures called octrees. A ray-casting based method using complex-valued DWT has been proposed to serve as a rendering technique for visualization of medical images from various modalities such as CT and MR.",
  address="IEEE Inc.",
  booktitle="Computers in Cardiology 2001",
  chapter="3138",
  institution="IEEE Inc.",
  year="2001",
  month="january",
  pages="433",
  publisher="IEEE Inc.",
  type="conference paper"
}