Sentence examples for subset of the surface from inspiring English sources

A greedy algorithm is used to select a small subset of the surface nodes iteratively.

The method uses a chosen error function on the surface mesh to select a reduced subset of the surface points; this subset contains a sufficiently small number of points so as to make the volume deformation fast, and a correction function is used to correct those surface points not included.

dilp6-GAL4 drivexpressioninn in a subset of the surface glia that wraps the CNS.

A subset of the surface-exposed proteins identified by mass spectrometry in cultured normal canine osteoblasts (CnOb) and two validated canine osteosarcoma cell lines (POS and HMPOS), with their relative spectral counts expressed as a percentage of total spectra.

A summary of observations for a subset of the surface-exposed proteins identified by mass spectrometry in cultured normal canine osteoblasts (CnOb) and two validated canine osteosarcoma cell lines (POS and HMPOS) and the results of their evaluation via secondary techniques (qRT-PCR, Western blot, and immunocytochemistry [ICC]).

Also, ∂ B 1 and ∂ B 2 with respective complements ∂ B 1 c and ∂ B 2 c are subsets of the surface ∂B such that ∂ B 1 ∩ ∂ B 1 c = ∂ B 2 ∩ ∂ B 2 c = ∅, ∂ B 1 ∪ ∂ B 1 c = ∂ B 2 ∪ ∂ B 2 c = ∂ B. Assume that c i, d i, σ, u ¯ i, t ¯ i, θ ¯ and q ¯ are prescribed smooth functions in their domains.

Note that once a mold is available, we can use it to manufacture any surface which by a Euclidean congruence transformation can be moved so as to be a subset of the mold surface.

CONCLUSIONS: A distinct subset of the ovarian surface kinome is altered in the transition from high risk to invasive cancer and genetic mutation is not a dominant mechanism for these modifications.

Here, KE denotes the subset of the energy surface {H=E} which stays bounded for all time under the flow generated by the classical Hamiltonian H and D KE) denotes its fractal dimension.

Box Behnken design, which is subset of the response surface methodology, has been employed to present mathematical models as the function of physical factors for prediction of O/C ratio and tensile strength behavior of the electrochemically oxidized carbon fibers and also optimizing mentioned surface chemistry and mechanical properties of carbon fiber.

Standard methods for fitting such surfaces are either specialized to a small subset of these surface types (either focusing exclusively on cylinders or exclusively on surfaces of revolution) or otherwise are basis-dependent (leading to scale-dependent results).