2011Unpublished venueRequires access

Application of the MITK Based Intelligent Volume Rendering by Ray-Leaping Method in Medical Image Visualization

Zhen Qu, Xinqiang Qin

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Abstract

Ray casting Algorithm is one of the basic algorithms used in the volume rendering of three dimensional data, which has a good operating and a simple description, but there are some obvious problems on the rendering speed and the precision. In this paper, a new intelligent volume rendering method, integrated the particle swarm optimization on transfer function design with the Ray-leaping rendering algorithm, is described, which make up the lack of rendering speed and precision in traditional ray casting algorithm. Then, the MITK is used to render a skull CT image sequence.

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What this paper is about

Ray casting Algorithm is one of the basic algorithms used in the volume rendering of three dimensional data, which has a good operating and a simple description, but there are some obvious problems on the rendering speed and the precision. In this paper, a new intelligent volume rendering method, integrated the particle swarm optimization on transfer function design with the Ray-leaping rendering algorithm, is described, which make up the lack of rendering speed and precision in traditional ray casting algorithm. Then, the MITK is used to render a skull CT image sequence.

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Available abstract

Ray casting Algorithm is one of the basic algorithms used in the volume rendering of three dimensional data, which has a good operating and a simple description, but there are some obvious problems on the rendering speed and the precision. In this paper, a new intelligent volume rendering method, integrated the particle swarm optimization on transfer function design with the Ray-leaping rendering algorithm, is described, which make up the lack of rendering speed and precision in traditional ray casting algorithm. Then, the MITK is used to render a skull CT image sequence.

Key concepts: Volume rendering, Ray casting, Computer science, Rendering (computer graphics), 3D rendering, Visualization, Particle swarm optimization, Parallel rendering

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Application of the MITK Based Intelligent Volume Rendering by Ray-Leaping Method in Medical Image Visualization — Research Paper | ScholarLens