VIDA: an environment for multidimensional image display and analysis
1992年6月26日 · This in turn has lead to our development of a new image display and quantitation package which we have named VIDATM (volumetric image display and analysis). VIDA is written in C, runs under the UNIXTM operating system, and uses the XView toolkit to conform to the Open LookTM graphical user interface specification.
VIDA: an environment for multidimensional image display and analysis
Since the first dynamic volumetric studies were done in the early 1980s on the dynamic spatial reconstructor (DSR), there has been a surge of interest in volumetric and dynamic imaging using a number of tomographic techniques. Knowledge gained in handling DSR image data has readily transferred to the current use of a number of other volumetric and dynamic imaging modalities including cine and ...
Design and Applications of a Multimodality Image Data …
2001年6月26日 · The segmentation and extraction of medical images are done interactively using the volumetric image display and analysis (VIDA) environment 23 and BrainImage software. Image features are stratified into different levels of detail: Image data set → anatomic structures → pathologic → microscopic → genetic.
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All image analysis operations were performed with a general image display and quantitation package called VIDA (Volumetric Image Display and Analysis) which has been developed by researchers in the Division of Physiologic Imaging at the University of Iowa21.
VIDA|vision is a self-contained image analysis software package. This real-time interactive evaluation in space and time of CT volume datasets provides the reconstruction of...
Describes VIDA, a package for the manipulation, display, and analysis of multidimensional data sets. Contains sections offering a short summary and longer table of contents; links to the
Image Analysis - an overview | ScienceDirect Topics
VIDA ® (Volumetric Image Display and Analysis) is a UNIX-based visualization and image analysis package that was developed primarily for image quantification in physiological evaluation applications. The user can manipulate multiple image data …
The goal is to develop a comprehensive computational fluid dynamics (CFD) model for pulmonary flow that utilizes subject-specific airway geometries, spans spatial scales from the largest bronchial airways to alveolar sac, and employs a Computed Tomography (CT) data-driven, multistage approach to provide accurate predictions of regional ventilati...
Richard S. Kulawiec - Semantic Scholar
Since the first dynamic volumetric studies were done in the early 1980s on the dynamic spatial reconstructor (DSR), there has been a surge of interest in volumetric and dynamic imaging using a number… Semantic Scholar profile for Richard S. Kulawiec, with 1 highly influential citations and 2 scientific research papers.
Image Quantification - an overview | ScienceDirect Topics
VIDA ® (Volumetric Image Display and Analysis) is a UNIX-based visualization and image analysis package that was developed primarily for image quantification in physiological evaluation applications. The user can manipulate multiple image data …