Sentence examples for volumetric shape from inspiring English sources

H. P. Ho, X. Papademetris, F. Wang, H. Blumberg, L. H. Staib, Volumetric Shape Model for Oriented Tubular Structure from DTI data, Medical Image Computing and Computer Aided Intervention (MICCAI) 2009.

Integrated with this analysis, a methodology has been developed to characterize the shape and volumetric shape distribution of rock blocks in 3D models of jointed rockmasses.

Volumetric shape models are stored in XML and are available to the research community via the CAP database.

Software was designed to enable storage and retrieval of medical image and text data, ontological annotations and volumetric shape models (Fig. 2).

For example, the volumetric shape index analyzes the vicinity of a voxel and determines to which of the following five topologic classes a voxel belongs: cup, rut, saddle, ridge, or cap [ 20] (Fig. 2).

To this end, various methods have been developed, including use of a volumetric shape index and curvedness [ 20], surface curvature with a rule-based filter [ 16], surface normal overlap [ 21], and sphere fitting [ 22], each of which has been shown to be effective in the detection of polyps.

The two most original depart from earlier work in their interplay of severe, totally abstract flat and volumetric shapes, with geometric planes painted in pure, lively colors, with lots of luminous white.

Every dance sequence in "Artifact" is echoed in myriad ways: a pas de deux full of off-balance extensions and unexpected shifts of weight is recalled in a group dance; movements are reversed, inverted, performed upside down or with entirely different rhythms, expanded into complex volumetric shapes or reduced to simple graphic gesture.

These 3D forms that bathe the viewer in strange light are actually derived from 2D drawings of intersecting lines which are digitally projected vertically to create volumetric shapes.

We compared traits of plants growing in vessels that hold similar volumes of soil but in different volumetric shapes.

Scanning transmission electron microscopy imaging reveals that θ′ platelets recently nucleated at 160 and 200 °C exhibit a discrete distribution of specific, or "magic", thicknesses, corresponding to minima in the residual volumetric and shape misfit strain.