Science: Methods_and_Techniques: Imaging

Science: Methods_and_Techniques: Imaging_Science: 3D

See also:

Arts: Photography: Techniques and Styles: 3D (65)
Computers: Hardware: Peripherals (1,882)
Science: Physics: Optics: Holography (14)

Autostereoscopic Displays and Computer Graphics
Michael Halle Surgical Planning Laboratory Department of Radiology Brigham and Women's Hospital Boston, Massachusetts, USA.

Computational Biomagnetics
Summary of computer modeling research on the electrical and magnetic activity of human heart and brain for 3D visualization and MRI error checking, at the Department of Electrical Engineering, University of Washington, Seattle, WA.

3D Nonlinear Inversion via Entropy of Image Contrast Minimization
An approach to 3D acoustic/seismic tomography of stratified media (nonlinear inversion of wave equation), based on a semblance in an image space rather than in a space of input data: a few novel notions, strategies, algorithms- including RGA-algorithm for global optimization.

Dimension Technologies Inc. (DTI)
Specializes in autostereoscopic 3D display technology and products.

Discrete Tomography
Theory behind combinatorial reconstruction of matrices from horizontal and vertical projections for interpretion of X-ray crystallography coordinates, from Laboratoire de Recherche en Informatique, Paris University, France.

Elastic Inversion of Acoustical Data
New approach to processing traditional marine seismic data allows for converting into the triplet of depth elasic sections. From the Department of Physics, University of Bergen, Norway.

Optical Products Developments Corp.
Applications for REAL Image 3D Displays

Pro Vision Technologies
Hyperspectral imaging systems for applications such as clinical detection. By the Institute for Technology Development, Stennis Space Center, MS.

Visualization Space and Natural Interfaces
IBM Research

Volume Rendering in Java
Volume rendering software package written entirely in Java. Sources downloadable. Interfaced to the popular ImageJ image processing package.

Woo's Home Page
main research interest is in the fields of RD-based optimal dependent coding for stereo images/video, Object/segmentation-based coding for stereo images/video, Multiview image coding and intermediate scene synthesis, Video coding for streaming video and tele-conference, Image segmentation based on disparity information, Intelligent signal processing based on Neuro-fuzzy theory

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