[Development of three-dimensional stereo viewer for high-resolution data].

T Nakai; S Muraki; C Kato; T Sugio; K Matsuo; Y Miki; H Kobayashi; H Ueda; M Ogata; X Liu; J Konishi; K Togashi

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PubMed · 11265123

[Development of three-dimensional stereo viewer for high-resolution data].

T Nakai·S Muraki·C Kato·T Sugio·K Matsuo·Y Miki·H Kobayashi·H Ueda·M Ogata·X Liu·J Konishi·K Togashi

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Abstract

In order to visualize high-resolution three-dimensional (3D) data as a stereogram, a real-time volume-rendering system using a hardware graphic board and conventional PC was developed. A 256(3) data set could be visualized at a redrawing rate of 12 Hz, and a 512(3) data set at a rate of 2.5 Hz. It was demonstrated that stereogram visualization using volume graphic hardware architecture potentially enables rapid examination of high-resolution 3D data by changing visualization parameters such as level, window, transfer function for opacity, and color map or coordinate direction.

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T Nakai, S Muraki, C Kato, T Sugio, K Matsuo, Y Miki, H Kobayashi, H Ueda, M Ogata, X Liu, J Konishi, K Togashi. 2001. [Development of three-dimensional stereo viewer for high-resolution data].. https://pubmed.ncbi.nlm.nih.gov/11265123/

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