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Computer graphics / 3D computer graphics / 3D imaging / Image processing / X-ray computed tomography / Maximum intensity projection / Local maximum intensity projection / Volume rendering / Magnetic resonance angiography / Imaging / Visualization / Medicine


Document Date: 2009-05-16 11:00:00

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File Size: 321,19 KB

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City

Osaka / Boston / Mountain View / Milwaukee / Keio Univesity / /

Company

C.L. Dumoulin S.P. / Sun Microsystems / GE / GE Medical Systems / Surgical Planning Laboratory / /

Country

Japan / United States / /

Currency

pence / /

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Facility

University Medical School Suita / Prentice Hall / Biomedical Research Center / Women's Hospital / University Medical School / /

IndustryTerm

connectivity algorithms / real time / splanchnic vascular imaging / imaging / /

Organization

Harvard Medical School / Women's Hospital / Division of Functional Diagnostic Imaging / National Institute of Health / School of Medicine / Department of Neurosurgery / Biomedical Research Center / Department of Diagnostic Radiology / Osaka University Medical School / Osaka University / /

Person

K. Martin / Yoshinobu Sato / Ron Kikinis / Shin Nakajima / Nobuyuki Shiraga / Ferenc Jolesz / W. Schroeder / B. Lorensen / /

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Position

rst author / Local Maximum Intensity Projection Corresponding Author / /

ProvinceOrState

Connecticut / /

Technology

Diagnostic Imaging / Tomography / Neurosurgery / Digital Imaging / 3D graphics / connectivity algorithms / MRI / /

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