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Titlebook: Biomedical Image Registration; Second International James C. Gee,J. B. Antoine Maintz,Michael W. Vanni Conference proceedings 2003 Springer

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Incomes Policies in a North American Settingned to each image individually by a previous segmentation process. We evaluate the performance of the method for inter-subject brain registration with simulated deformations, using a viscous fluid model for regularization. The root mean square difference between recovered and ground truth deformations is smaller than 1 voxel.
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https://doi.org/10.1057/9780333992722gistration on artificial images we obtain a speedup of approx. a factor of 10. We applied the matching approach to calibrate C-arm positions and found lateral movements of the detector of 0.5-1 mm in a given set of projections.
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An Information Theoretic Approach for Non-rigid Image Registration Using Voxel Class Probabilitiesned to each image individually by a previous segmentation process. We evaluate the performance of the method for inter-subject brain registration with simulated deformations, using a viscous fluid model for regularization. The root mean square difference between recovered and ground truth deformations is smaller than 1 voxel.
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