Sentence examples for partition points from inspiring English sources

Fig. 8 Histogram of interval partition points for 80-node networks.

The right side of (4.1) corresponds to use a Riemann sum with partition points Jackson [8] extended Thomae -integral via (4.2).

This interpolation method simply uses the Nadaraya Watson estimator with the product "Gaussian" kernel to construct pseudodata on equally spaced partition points of the support of the design density.

Let t 0 < t 1 < ⋯ < t n = T be an equidistant partition of the interval [ t 0, T ], that is, the partition points are t k = t 0 + k n ( T − t 0 ), k = 0, 1, …, n.

For nodes with multiple paths, the intervals are partitioned at small packet sizes; in the earlier particular example, there are 10 partition points: 25.0, 58.62.92.9, 161.5, 277.4, 365.2, 411.3, 468.5, 545.7, and 546.7.

We first take the first (M=20) solutions (u^{n,0} x,y)=u x,y,t_{n})) for the classical TSCFE formulation, namely, Problem III at time partition points (t_{n}) ((n=1, 2, ldots, 20)) as snapshots.

As shown in Fig. 2c, the ideal partition point set of an M-band MWT is denser than that of a 2-band counterpart (see Fig. 2a).

Thus, we obtain a set of subinterval induced by the partition P. In every subinterval, the function (sum_{j=1}^{n}|b_{j}-a_{j}x|) is a linear function, then the minimization point of the linear function is just a partition point.

Now the tessellation of the contour is defined by deforming the tessellation of the sphere to the contour: each partition point ({mathbf {s}} in {mathbb {S}}) gets mapped to c(s)s on the contour.

Hence, numerous subsets corresponding to different multiwavelet bases (or packets) can be found in its partition point set, one of which will match the properties of the analyzed signals better than all the others.

A total of 11 domain-pairs were segmented at the first step to obtain the first partition point (Table 2 and Table S4).