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Optics / Image processing / Volume rendering / Segmentation / Voxel / X-ray computed tomography / Visible Human Project / 3D modeling / Ellipsoid / Imaging / 3D computer graphics / 3D imaging


Creating a high-resolution spatial/symbolic model of the inner organs based on the Visible Human Andreas Pommert a Karl Heinz H¨ohne a Bernhard Pflesser a Ernst Richter b Martin Riemer a Thomas Schiemann a Rainer Schube
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Document Date: 2015-04-09 10:04:17

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File Size: 3,84 MB

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City

Hamburg / Eppendorf / /

Company

Ball / /

Country

Germany / /

/

Facility

Pediatric Radiology University Hospital / Institute of Anatomy University Hospital Hamburg-Eppendorf / National Library of Medicine / Earlier Work Building / University Hospital Hamburg-Eppendorf / /

IndustryTerm

semantic network / magnetic resonance imaging / imaging / colordriven algorithm / volume visualization algorithm / /

OperatingSystem

Linux / /

Organization

Federative Committee on Anatomical Terminology / Pediatric Radiology University Hospital Hamburg / University Hospital Hamburg / Institute of Mathematics and Computer Science / Computer Science in Medicine / Institute of Anatomy University Hospital Hamburg-Eppendorf / /

Person

Andreas Pommert / Ulf Tiede / /

Position

tube editor / volume editor / /

Technology

colordriven algorithm / simulation / X-ray / 5 3.4 Volume visualization The volume visualization algorithm / virtual reality / magnetic resonance imaging / Linux / tomography / MRI / combined using a colordriven algorithm / /

URL

www.elsevier.com/locate/media / /

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