Sentence examples for between a function and from inspiring English sources

Moreover, there is no assembled database that shows the relationship between a function and each distinct splicing isoform, even though databases for functional analysis are substantial in annotations of genes and proteins.

Differential equations are relationships between a function and its derivatives, and they are used to model systems in every engineering field.

We consider the fractional Laplacian operator s (let s∈ 0,1)) on Euclidean space and investigate the validity of the classical integration-by-parts formula that connects the L2 Rd) scalar product between a function and its fractional Laplacian to the nonlocal norm of the fractional Sobolev space ˙Hs Rd).

Fractional derivative also has some limit, since it can be regarded as a convolution between a function and a fractional power kernel.

Barnes (1995) suggests that "students should not be taught rules for differentiation until they have developed a good understanding of what a derivative is, and a familiarity with the relationship between a function and its derivative" (p. 4).

Linear logic provides this approach to computational specification with new types, new declarative means for statically understanding how resources may be used in a computation, and provided an appealing means for formalizing the duality between a function and the environment that supplies it with arguments.

It was possible that an interaction between a perceptual function and a numerical function would predict reaction time, but no apriori predictions were made.

It was possible that an interaction between a perceptual function and a numerical function would predict the reaction time data, but no apriori predictions were made.

Generally, there is a one-to-one correspondence between a phase function and a first-order scattering intensity.

In [12], we observed that there is a one-to-one correspondence between a relay function and a specific PNC scheme under the general definition of memoryless PNC.

A parepeatic model defines the relationship between a central function and a fluctuation zone and identifies the degree of correctness of the relationship without making any statistical assumption.