Sentence examples for methods of randomness from inspiring English sources

In addition, the evaluation methods of randomness are different.

The existing methods contain elements of randomness, in the sense that they create a collection of promoters for each gene of interest that needs to be screened for the appropriate expression.

In this paper we present a two-dimensional gauging method of the randomness of Markov dynamics.

The Unsteady Adaptive Stochastic Finite Elements (UASFE) method resolves the effect of randomness in numerical simulations of single-mode aeroelastic responses with a constant accuracy in time for a constant number of samples.

Since the hexagonal NaGdF4 Eu3+ NPs were synthesized by a rapid hydrothermal method, a high degree of randomness in the cation distribution is to be expected.

Similarly, [ 48] described an entropy-based method focusing on measuring the effect of randomness of single-genes while [ 49] proposed a different entropy-based method focusing on analysis of a heat kernel stochastic matrix.

In the proposed method, the randomness of the dynamic characteristics is explicitly expressed by random factors of constituent material parameters, and the statistics (means and variances) of modal parameters can be analytically computed by the statistics of random inputs with little computational efforts.

Sources and current methods of analysis of uncertainty from randomness, fuzziness and ignorance or incomplete knowledge in seismic hazard assessment problem are briefly discussed at beginning; understandings of the authors are then presented in the following order.

Based on the common characteristic of different stochastic methods, namely randomness, a novel Random Walk algorithm with Compulsive Evolution (RWCE) is proposed to achieve the best possible total annual cost of heat exchanger network with the relatively simple and feasible evolution strategy.

A sample is random if the method for obtaining the sample meets the criterion of randomness (each element having an equal chance at each draw).

We used a Voronoi method to generate periodic structures with different degrees of randomness of the cell size and shape, then to investigate the influence of this randomness on the response of Voronoi open-cell foams to high strain compression.