Sentence examples for more accurate shape from inspiring English sources
To our best knowledge, this is the first attempt to learn more discriminative shape descriptors and more accurate shape correspondence jointly using the triplet CNNs.
Our newly-learned shape descriptors have better discriminative power than any existing kernel-based descriptors and could give rise to more accurate shape matching subject to various shape deformation constraints (e.g., isometric deformations and non-isometric deformations).
Since our greedy algorithm generally provides a better recovery in those regions, they naturally yield a more accurate shape recovery.
More accurate shape measurements of the anterior segment might be possible due to reduced errors caused by motion artifacts.
You may wish to take measurements at more points along your body to ensure a more accurate shape, however, the swim fabric used to create the tail is usually stretchy and will generally conform to your shape so it does not need to be perfect.
To overcome this we reformulate the core-area model with a more accurate shape-specific exponent function, and test our new model against Laurance and Yensen's core-area model and a null geometric model using an independently-derived GIS dataset for the North Island, New Zealand.
"To visualize more accurate shapes of the bubbles generated by the wave, the lighting needed to be constantly adjusted based on the real-time changes of the waves," Liu explains.
The advent of conformal radiotherapy, utilizing computed tomography and three-dimensional planning systems, allows much more accurate shaping of the radiation fields.
The effects of replacing the refocusing mirror by similar but more accurate in shape are studied both by carrying out ray tracing simulations and by analytical approach.
Craniofacial growth changes take place in three dimensions (3D), and developmental changes of the soft tissues and underlying skeletal structures can thus be best analyzed using 3D imaging techniques, which provide more accurate quantitative shape information about craniofacial structures.
Our method allows us to recover more accurate 3D shapes when compared to state-of-the-art non-linear methods.
