Sentence examples for prediction resolution from inspiring English sources

At a prediction resolution of -50 to +50 bps, the correct predictions from different programs are largely distinct [ 13].

Although transcript borders can still be identified with only a few libraries or low general sequencing depth (e.g., the E. coli TSSs and TTSs identified in Additional file 2), integration of more RNA-seq libraries under different stresses is still recommended, which will increase both the prediction resolution and the number of borders identified.

According to the theoretical prediction, the resolution of the thickness determination of the thin film should be better than 0.05 nm.

Although the time delay analysis was successful for target prediction, the resolution of sampling affected the outcomes of expression signatures due to the specific interaction of transcription factors [ 37].

Four years into what he indicates is a seven-year spokesman position for the organisation, he is the liaison communicating the predictions and resolutions of the witches and wizards at their bi-annual and occasional extra emergency meetings.

Four years into what he indicates is a seven-year spokesman position for the organization, he is the liaison communicating the predictions and resolutions of the witches and wizards at their bi-annual and occasional extra emergency meetings.

Thirdly, owing the presence of an extremely rugged fine structure at the bottom of the landscape, high resolution prediction of protein structure is likely to be more complex by many orders of magnitude than prediction of the overall fold.

Special attention is devoted to the description of retention, owing to its major impact on the prediction of chromatographic resolution.

The algorithm uses less points for the linear prediction, but the resolution obtained is improved due to the zoom ability of the subband-decomposition.

Monte Carlo simulation results of the Langevin equation confirm the theoretical prediction of improved resolution of NCDMA over conventional designs in the Brownian diffusion regime.

Illustration of applications of the method demonstrated its capabilities in description and understanding of the transport of charges, correct prediction of angular resolution anisotropic mobility, and assist in the design of n-type and p-type organic electronic materials.