Sentence examples for relation is represented by from inspiring English sources

The fuzzy relation is represented by Eq. 5, where the logic operators are used ∩ for AND, ∪ for OR, and x for THEN.

Joyce modifies Bolker's result to show that given these additional axioms, the "more likely than" relation is represented by a unique $P$, and the preference ordering is represented by $P$ together with a utility function that is unique up to positive linear transformation.

Let the input variables x i and x j be input variables to the same input node l whose input-output relation is represented by the function u l = u l ( …, x i, …, x j, … ) = : u l ( x ̲ l ) and x k be an input variable to any other node.

In the Laplace domain, the input-output relation is represented by begin{aligned} Y s)=Xi (s)U s), qquad Xi (s)=C sI-A)^{-1}B+D, end{aligned} where (U(s)) and (Y(s)) are the Laplace transforms of (u(t)) and (y(t)), respectively.

This relation is represented by child edges (see property 7 above) which are illustrated as steady black lines.

Here, molecules are represented by nodes and any kind of similarity relation is represented by an edge between two nodes.

The relation was represented by linear regression plot of ln (chromite mass) versus Ln (lo) with high correlation coefficient (R 2 = 1) in Fig. 5b.

Let this relation be represented by κ, let the statement that events p and q are simultaneous be represented by S p,q), and let the given inertial frame be specified by the world line, O, of some inertial observer.

The change in series elastic component length as a function of joint torque (i.e. the TΔL relation) was represented by a second order polynomial with shape coefficients αTΔL and βTΔL.

Nodes of the digraph represent the system maintainability attributes while their inter-relation is represented by the edges.

The domain of social relations is represented by items 36 and 37, and items 33 and 34 represent the domain of environment (see the list of items in Appendix).