Sentence examples for schemes with experimental from inspiring English sources

The comparison of the two sets of solutions (finite-thickness layer and half space schemes) with experimental data can help to decide when the depth of a layer can be assumed as infinite.

The convergence of the proposed algorithm as well as validation of the hybrid scheme with experimental results is presented.

The residual intelligibility, encryption strength, and robustness performance of the proposed scheme, together with experimental results, are presented and discussed in Section 4. Conclusions are drawn in Section 5. Sparse representation is a critical step of CS [16], since one can obtain the dimension-reduced signal on the basis of sparse vectors.

We compare the experimental values of E′(s) of our scheme with the experimental values of the key predistribution scheme for grid-group deployment by Ruj and Roy in [18].

Here the situation is different, because the second criterion, corresponding to three experimetnal conditions, is associated with semi-quantitative experimental observations, which allow us to replace the sampling scheme with direct experimental information about input signals and initial conditions.

These theoretical schemes are compared with experimental studies, numerical simulations, and theoretical approximations reported in the literature to verify their validity.

The assessment of the proposed upscaling scheme with respective experimental results indicates the improved suitability of the generalized self-consistent scheme versus the commonly employed (at least for modeling of matrix-inclusion materials) Mori Tanaka scheme, resulting in a sound representation of test data.

The proposed scheme is presented with experimental data on-line.

The proposed reduced-order geometric-type scheme is tested with experimental data and compared with its full-order EKF.

In order to reconcile an increasingly large deviation (order of magnitude) of the ignition delay time at decreasing initial temperature, computed using the prior art kinetic schemes, with the available experimental values, a new skeletal mechanism (54 species, 94 reactions) for low-temperature (500 800 K) ignition of n- butane in air based on ab initio calculations is developed.

The Maximin Latin hypercube designs method was applied to design uniform experimental schemes with geometrical conditions and reduction amounts as experimental variables.