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Medicine / Cardiac imaging / Segmentation / Echocardiography / Optical flow / Health / Congenital heart disease / Atrial septal defect / Diving medicine


MICCAI Original Investigations Real-Time Tracking and Shape Analysis of Atrial Septal Defects in 3D Echocardiography1 Marius George Linguraru, Alexandre Kabla, Gerald R. Marx, Pedro J. del Nido, Robert D. Howe
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Document Date: 2010-06-07 09:09:26


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File Size: 741,29 KB

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City

Cambridge / Andover / Boston / /

Company

MathWorks Inc. / Intel / 2D / /

Country

United States / United Kingdom / /

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Facility

Children’s Hospital / University of Cambridge / Harvard University / /

IndustryTerm

appropriate device / block flow algorithm / minimum energy / energy function / clinical applications / energy conservation / cardiac applications / method combining correlation search / residual processing time / required processing / real-time processing / image processing challenge / real-time applications / energy formulation / energy term / catheter device / important tool / search space / memory management / 4D applications / energy terms / block flow tracking algorithm / energy / /

Organization

Harvard Medical School / National Institute of Health / Diagnostic Radiology Department / School of Engineering and Applied Sciences / Harvard University / Department of Engineering / University of Cambridge / Department of Cardiac Surgery / Children’s Hospital / Department of Cardiology / ASD / /

Person

Marius George Linguraru / Gerald R. Marx / Alexandre Kabla / Pedro J. del Nido / Bethesda / /

Position

surgeon / controller / /

Technology

RAM / 2.40 GHz processor / block flow tracking algorithm / x-ray / tracking algorithms / cache memory / ultrasound / image processing / block flow algorithm / Core2Duo T7200 processor / Efficiency The algorithm / /

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