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Predicting error in rigid-body point-based registration
IEEE Transactions on Medical Imaging, 1998Guidance systems designed for neurosurgery, hip surgery, and spine surgery, and for approaches to other anatomy that is relatively rigid can use rigid-body transformations to accomplish image registration. These systems often rely on point-based registration to determine the transformation, and many such systems use attached fiducial markers to ...
J M, Fitzpatrick, J B, West, C R, Maurer
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Stressed State in a Body Point
2020The basics of stressed state theory are described in short. Basic information from the course of strength of materials is expanded. The most important concepts of stress intensity, octahedral tangential pressure, principal areas, and shear areas are presented.
Valentin Molotnikov +1 more
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Multi-body point absorber system without a mooring
OCEANS 2014 - TAIPEI, 2014In this paper, we propose a multi-body point absorber system which can harvest ocean wave energy without needing a mooring. The proposed multi-body point absorber system consists of two elements: a multi-body point absorber that extracts the power from the wave, and a Wave Glider that keeps the whole system within a prescribed area.
Minsung Kim +4 more
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3D Body Point Cloud Data Denoising and Registration
2009 Second International Conference on Intelligent Computation Technology and Automation, 2009Our team developed a portable three dimension (3D) body measurement system based on binocular stereo vision. By measuring the body, the body data of front and rear surface are reconstructed. Because of physical properties of measuring device, environment of measurement, light and the defects of calibration algorithm, the initial body point clouds ...
Xiaozhi Li, Xiaojiu Li
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Journal of Mathematical Physics, 1970
The method of point transforms is extended to the consideration of the truly many-body terms of many-body systems. The point transformation is taken to be regional (one body isolated, two bodies interacting, three bodies interacting, …, N bodies interacting) and continuous in the 3N-dimensional transformed space.
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The method of point transforms is extended to the consideration of the truly many-body terms of many-body systems. The point transformation is taken to be regional (one body isolated, two bodies interacting, three bodies interacting, …, N bodies interacting) and continuous in the 3N-dimensional transformed space.
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