Sentence examples for arbitrarily analyze from inspiring English sources

However, these methods offer solutions only in the semi-honest model where each party is obliged to follow the protocol but can arbitrarily analyze the knowledge that it learns during the execution of the protocol to obtain some additional information.

Therefore, we arbitrarily analyzed the metabolic syndrome according to GADA positivity in those with a GADA titer of >200 or <200 WHO IU and found that it was similar in LADA patients with high (>200 IU) (n = 39) and low (70 200 IU) (n = 78) GADA titers (47.3 and 40.3%, respectively) even after correction for age, sex, duration of disease, and ethnicity (P = 0.37, 95% CI 0.29 1.6).

Given high-performance computing resources, then, Galaxy and our pipelines can analyze arbitrarily large tumor sequence data sets.

In order to realize low-dispersion fibers, it is necessary to understand the transmission characteristics of fibers and to design and analyze the arbitrarily shaped guiding structures.

The displacement discontinuity method is developed to analyze an arbitrarily shaped planar interfacial crack in a three-dimensional isotropic thermal elastic bi-material under combined thermo-mechanical loadings.

In the current study, we rigorously analyze an arbitrarily shaped piezoelectric inclusion surrounded by an infinite isotropic piezoelectric matrix subject to antiplane shear and in plane electric field loadings.

As a first step, we analyze robustness of proposed arbitrarily distributed data-based recommendation methods against six well-known shilling attack types.

The results show that our model is very powerful to analyze fluid flow in arbitrarily and complexly fractured rock mass in 3D.

International Journal of Multiphase Flow 23, 155 182.] is, here, proposed as a tool to analyze the dynamics of arbitrarily shaped particles in a creeping flow, and has been extended to include the contribution of external force fields.

To further analyze the data, we arbitrarily used a threshold of 2-fold change and p-value <0.01.

Because the frequency spectra of the twelve (U^{(1)}) are almost identical, we arbitrarily select one (U^{(1)}) to analyze.