Sentence examples for more accurate interaction from inspiring English sources

When applied to healthcare, a stronger and more accurate interaction with the Internet of Things will facilitate earlier diagnoses.

A comparison of the LMP2 interaction energies with the CBS results reported in Table 2 reveals that LMP2 reproduces the more accurate interaction energies quite well, being overbound by an average of 0.46 kcal mol−1.

To solve these inherent problems, new connectivity measurement, such as isolated effective coherence (iCoh) [22], has been proposed to render more accurate interactions among the cerebral regions.

It is widely believed that the dynamic network reveals more accurate functional interactions between proteins than static PPIN and also a better dynamic network construction method should achieve better functional module analysis results.

To achieve more accurate results, binary interaction coefficients are adjusted as a linear function of temperature.

Besides being more accurate in predicting interactions, the SVM model also provided a good measure of microarray coexpression and reflected the relative distance between proteins in the interaction network (Fig. 2).

Comparison showed that at temperature and pressure conditions relevant to MEOR, using calibrated binary interaction parameters (PR EOS) leads to more accurate predictions than binary interaction parameters estimated from the group contribution expression (PPR78 EOS).

The proposed capacitance measurement system has been modelled for two different geometries, and two different mathematical models have been developed, one approximating the interaction potential as being due to a source far from the boundaries and the other a more accurate method where the interaction potential term is integrated over the electrode.

Based on these more accurate end points, new interaction factors were derived following a comprehensive numerical simulation programme.

This sensor configuration provides multichannel performance and, through probing surface processes (e.g. binding of immobilized antibody and antigen in solution) with surface plasmons with different field distributions, it allows distinguishing sensor response to surface and bulk effects, enabling more accurate quantification of biomolecular interaction events.

To study such an interface, electrophysiological testing should provide a more accurate proxy of the interaction between the electrodes of the CI and the auditory neurons.