Sentence examples for relation are given from inspiring English sources

The presented results do not provide the global candidates influence in the network, since different rankings for each relation are given, while our method (Table 10) allows us to to obtain a unique ranking that takes into account all the considered criteria.

The initial conditions for the recurrence relation are given as follows: H (i, t ) = ∞ if i < | t | and t ∈ I x d H (s [ 1, i ], t ) if i = | t | and t ∈ L x ∞ if i = | t | and t ∈ I x \ L x. Theorem 10 Let s' be the string that leads to d H (s, s ′ ) = min ∀ t ∈ R x, x ∈ Σ H (| s |, t ), then s' would be an optimal solution to the input instance s, C ∑ of the S N P  -  M S P problem.

The Daehee numbers are related to factorial numbers, this explicit relation is given by D_{n}= -1)^{n}frac{n!}{n+1} (cf. [19], p.45, [7, 24, 25]).

An example of this relation is given in Burkert's Structure and History in Greek Mythology and Ritual (1979).

Second, the input and output relation is given by the approximate model by means of the finite element method.

In this query, the nested relation is given an alias ss, which is used in the SELECT and WHERE clauses as if it were any ordinary relation.

It was not until 1913 that a theoretical basis for this empirical relation was given by the Danish physicist Niels Bohr in his theory of atomic radiation.

Expressions for the large- and small-scale deflection and rotation are obtained and a non-linear load-deflection relation is given.

If the input-output relation is given by a convolution integral, we are concerned with the well-known deconvolution problem, which occurs in several scientific frameworks.

The leading order term in the power series for the dispersion relation is given by the complex effective index of refraction.

The Bloch wave solution and dispersion relation is given by a power series in the ratio between wave number and period.