Sentence examples for points bounds from inspiring English sources

These parameters include the maximum frequency of sampled viable points, bounds for the frequency of accepted iterations, and scaling factors for ellipsoid expansions.

As one of our external calibration points bounds the root node (crocodile-bird split at 251-243 MY), date priors were less important and were defined narrowly (bigtime = 255 MY, rttm = 247 MY, rttmsd = 1.5 MY).

Dahntay Jones (19 points) bounded through the lane for a dunk, then a layup, converting both for 3-point plays after late fouls by Lee.

These diagrams comprise the locus of homoclinic orbits together with the lines of limit points bounding the region of multiple steady states as well as the locus of the points of Hopf bifurcation.

The inset in panel (a) shows the mean current for a larger voltage interval and the vertical arrows mark supercritical Hopf bifurcation points bounding the second oscillatory voltage interval.

The Harris corner detector [45] is first applied to extract interest points in each image; using the coordinates of the extracted interest points, bounding boxes are created around actors, and are vertically partitioned in three regions approximately corresponding to the head, torso, and legs (see Figure 4).

As shown in Figure 2, we use the difference between the two adjacent slices (a) and (b) to automatically obtain the seed points bounded by the blue line in (c) which indicates the boundary of coronary arteries.

Applying the point-to-point bounds to the Genie-aided system in a careful way then establishes the outer bound.

Three-point bounds were developed in (Beran 1971; Torquato 1980 , 1991 Milton 1982; Castaneda 1998; Agoras and Ponte Castañeda 2011; Ponte Castañeda 2012).

However, this method is analogous to a generalized Benveniste approach, and therefore suffers from the same limitations: while excellent for low volume fractions of inclusions, the Kanaun Jeullin and Benveniste estimates liebelow three-point bounds at higher volume fractions.

Here, we present an estimate for composites containing multiple classes of aligned ellipsoidal inclusions that lies within known three-point bounds at relatively higher volume fractions of inclusions and that is applicable to many engineering and biological composites.