Sentence examples for approaches to approximation from inspiring English sources

One of the major approaches to approximation of logical theories is the upper and lower bounds approach introduced by Selman and Kautz (1991, 1996).

Most popular approaches to approximation are extended Kalman Filter [20] [24] and sequential Monte Carlo methods [25] [29], [30] [32].

A general limitation of mathematically precise approaches to approximations, cf. also the propagation to chaos limit theorems in [30], is that the microscopic models are usually defined via the limit.

The second concept, called ε-optimization, provides an alternative approach to approximation schemes for measuring distance from optimality.

A different way of representing equivalence between individuals was also proposed in [6], in which an alternative approach to approximation in DL was introduced.

We create a new, functional calculus, approach to approximation formulas for C0-semigroups on Banach spaces restricted to the domains of fractional powers of their generators.

The approaches to discrete approximation of Pareto front using multi-objective evolutionary algorithms have the problems of heavy computation burden, long running time and missing Pareto optimal points.

Similarly, we can define the lower approximation of a concept C as the set of all indiscernible individuals in C. In the sequel, we will introduce some basic characteristics of the rough (mathcal {ALC}), beginning with the syntax, semantics, and, lastly, alternative approaches to represent approximations, which will be used later in the query refinements.

On these data sets, we also compared our exact approaches to the tempting approximation that consists in concatenating the sequences in the data set into a single sequence.

We present a unified approach to Laplace approximation of hypergeometric functions with two matrix arguments.

In this paper, we describe a novel approach to classical approximation theory of periodic univariate and multivariate functions by trigonometric polynomials.