Sentence examples for bis defined from inspiring English sources

Next, and for the sake of simplification, we drop the minus sign in (3), that is, we consider the final scoring criterion, called balanced information score (BIS), defined as (4) and restate our goal to finding a motif m that maximizes (4).

Bi defined a potential operator P applied to differential forms in [1].

Beacon interval (BI) defines the superframe length and superframe duration (SD) presents the length of active period.

The bias index (BI) is defined by BI = x 12 - x 21 / N, while the prevalence index (PI) is defined as PI = x 11 - x 22 / N. Note that BI = 0 if and only if the marginal distributions are equal.

The principal domain or non-redundant region [16, 30] of computation of the bispectrum for such a process is given by the triangular region (shown in Figure 1) in bi-frequency defined by f 1 ≥ 0 ; f 1 = f 2 ; f 1 + f 2 ≤ 1 (17) Figure 1 The principal domain of the auto-bispectrum of a sampled signal.

A reduced BI was defined as less than 80 points.

For each of them, a breakpoint incidence (BI) was defined for each chromosome as the ratio of the number of events found in this region and the total number of breakpoints observed along the given chromosome (47, 29, 28, 18 and 14 for chromosome 1, 5, 8, 12 and 17, respectively).

The BI defines the time between two consecutive beacons, while the SD defines the active portion of the BI.

These bi-cliques define "patterns of mutation" which seem to be associated synergistically to longevity.

If a logistic equation is used to describe the growth trajectory of trait z, we can estimate the curve parameters for each individual, using non-linear least-squares approach, on the basis of

A function f ∈ A is said to be bi-univalent in D if both f and f − 1 are univalent in D. Let σ denote the class of bi-univalent functions defined in the unit disk D. In 1967, Lewin [3] first introduced the class σ of bi-univalent functions and showed that | a 2 | ≤ 1.51 for every f ∈ σ.