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Theapplicability of the approach towards low rapid screening methodfor detecting stenosis in the carotid artery has been tested. Home. Login . Logout . Access Information . Alerts . Purchase History . Cart . Sitemap . Help Login BROWSE SEARCH IEEE XPLORE GUIDE SUPPORT Article Information Quantitative 3D ultrasound imaging using an automated imagetracking technique Hossack, J. Sumanaweera, T. S. Napel, Guests Search and access Abstract records free of charge Register for table of contents alerts Purchase Full Text PDF documents Learn more about subscription options or how to become an IEEE Member.

This is basedon the use of modified linear phased array comprising central`Imaging array that acquires multiple 2D slices as the transducer ispassed through the tissue of interest. Initial testing of prototype MHz array indicates thatlinear dimensional accuracy of approximately 5 is attainable. Accurateestimates of stenosis, referenced to data acquired by Magnetic ResonanceAngiography MRA or XRay angiography, were obtained in an average of12 minutes as compared to approximately 4550 minutes for conventionalfull duplex 2DColor ultrasound scans View citation and abstract IEEE Members Log in by entering your IEEE Web Account Username and Password.

Small, perpendicularly oriented,`Tracking arrays are integrally mounted on each end of the Imagingtransducer. You are not logged in. Already Purchased This Article? Select the Purchase History link to access the Full Text PDF. Ultrasonics Symposium, IEEE Volume 2, Issue Pages1593 vol. 2 Digital Object Identifier new method for acquiring dimensionally accurate 3D ultrasounddata from multiple 2D image planes is proposed and tested. Themotion between successive Tracking images is determined using imagematching based on the Minimum Sum of Absolute Differences MSADcriterion.

IEEE Communications Society members If you subscribe to the IEEE Electronic Periodicals Package Plus, you must access your subscription at www. comsoc. org. Theapplicability of the approach towards low rapid screening methodfor detecting stenosis in the carotid artery has been tested. Small, perpendicularly oriented,`Tracking arrays are integrally mounted on each end of the Imagingtransducer. Accurateestimates of stenosis, referenced to data acquired by Magnetic ResonanceAngiography MRA or XRay angiography, were obtained in an average of12 minutes as compared to approximately 4550 minutes for conventionalfull duplex 2DColor ultrasound scans View citation and abstract IEEE Members Log in by entering your IEEE Web Account Username and Password.No tags for this post.