computational anatomy造句

例句与造句

1. Computational anatomy is a subdiscipline within the broader field of Neuroinformatics within Bioinformatics and Medical imaging.
2. Therefore, early on in Computational anatomy, investigators have identified the necessity of parametrization invariant representations.
3. Mim . cis ( contributions ) is apparently an expert on computational anatomy associated with John Hopkins.
4. Matching geometrical objects like unlabelled point distributions, curves or surfaces is another common problem in Computational Anatomy.
5. The structure preserving transformations central to the modern field of Computational Anatomy, homeomorphisms and diffeomorphisms carry smooth submanifolds smoothly.
6. It's difficult to find computational anatomy in a sentence. 用computational anatomy造句挺难的
7. Since the late 1990s, computational anatomy has become an important part of developing emerging technologies for the field of medical imaging.
8. These contributions of Computational anatomy to the global analysis associated to the infinite dimensional manifolds of subgroups of the diffeomorphism group is far from trivial.
9. The models of metric pattern theory, in particular group action on the orbit of shapes and forms is a central tool to the formal definitions in Computational anatomy.
10. Mim . cis contributions were all on his academic specialty : Large deformation diffeomorphic metric mapping, and Computational anatomy and very biased to the work from his lab.
11. The applications within Medical Imaging of Computational Anatomy continued to flourish after two organized meetings at the Institute for Pure and Applied Mathematics conferences at University of California, Los Angeles.
12. Computational anatomy now has many existing codes organized around diffeomorphic registration LDDMM, StationaryLDDMM as examples of actively used computational codes for constructing correspondences between coordinate systems based on dense images.
13. In this setting metamorphosis combines both the diffeomorphic coordinate system transformation of Computational Anatomy as well as the early morphing technologies which only faded or modified the photometric or image intensity alone.
14. Computational anatomy has been useful in creating accurate models of the atrophy of the human brain at the morphome scale, as well as Cardiac templates, as well as in modeling biological systems.
15. There are several important methods for generating templates including methods based on Frechet averaging, and statistical approaches based on the expectation-maximization algorithm and the Bayes Random orbit models of Computational anatomy.
16. "' Computational Anatomy which generalizes the metric of non-compressible Eulerian flows but to include the Sobolev norm ensuring smoothness of the flows . metrics have now been defined associated to Hamiltonian controls of diffeomorphic flows.
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