Sentence examples for fd module from inspiring English sources

The Chinese version of the questionnaire was translated from the original Rome III FD module.

Each image was converted to JPEG and submitted to the Facial Detection (FD) module of the algorithm.

The Orlicz space (L_{Phi u)}) consists of all non-negative measurable functions f (module equivalent almost everywhere) with (a) the Luxemburg norm |f|_{Phi u }:=inf biggl{ lambda>0 : int_{Omega}Phi biggl(frac {f(x)}{lambda} biggr)u(x),dmu(x leq1 biggr} < +infty.

(B )–(F ) Module assignments of all extant and ancestral species.

Fed module 3 is densely connected and does not significantly overlap any of the fasted network modules.

(B )–(F ) Module assignments in all extant and ancestral species (see Figure 5B for ancestral node assignment).

Each matrix corresponds to the genes in one of the five modules in the LCA (A14) (B : Module 1; C : Module 2; D : Module 3; E : Module 4; F : Module 5), and shows the module assignment of these genes in each of the extant and ancestral species from S. cerevisiae (leftmost column) to the LCA (rightmost column).

Each matrix corresponds to the genes in one of the five modules in the LCA (B : Module 1; C : Module 2; D : Module 3; E : Module 4; F : Module 5), and shows the module assignment of these genes in each of the extant and ancestral species from S. cerevisiae (leftmost column) to the LCA (rightmost column).

If F is a field, then FG, in addition to being a ring, has a natural F-module structure given by f ( ∑ x f x x ) = ∑ x ( f f x ) x, ( f ∈ F ). Open image in new window.

Suppose (finoperatorname{ap}(R, R^{n})) or (finmathcal{AP}(R, R^{n})), we use (Lambda_{f}) to denote the set of Fourier exponents of f, (operatorname{mod}(f)) to denote the module of f, (m(f)) to denote the limit mean of f.

We denote such a half lightlike submanifold by M = ( M, g, S ( T M ) ). Denote by F ( M ) the algebra of smooth functions on M and by Γ ( E ) the F ( M ) module of smooth sections of a vector bundle E over M. Choose L ∈ Γ ( S ( T M ⊥ ) ) as a unit vector field with g ˜ ( L, L ) = ± 1.