Sentence examples for method can dramatically from inspiring English sources

This two-stage method can dramatically reduce the variability of the conventional unbiased cross-validation bandwidth selector.

The Kriging method can dramatically reduce a computational cost by 1/6 times compared to that of the SQP method so that its efficiency can be validated.

Experimental studies confirm that the proposed compensation method can dramatically improve the performances of the returning time to the origin and the torque regulation by compensating for the axial drift of the gimbal system compared with the conventional position control.

Upon detecting an event, this control method can dramatically boost the frequency nadir and alleviate the effect of kinetic energy recovery by providing a smooth and steady additional power injection [36].

The proposed selective combination method can dramatically reduce the reporting time and energy consumption while achieving a certain high level of sensing performance especially when it is combined with the proposed frequency division-based parallel reporting mechanism.

This method can dramatically improve the accuracy and comparability of trabecular columns, and has a great advantage over the conventional visual inspection method.

Demonstration shows that both methods can dramatically reduce the occurrence of fault-propagation-caused false alarms in signal validation.

We further describe recent use of these methodologies to advance two separate drug discovery programs targeting acetyl-CoA carboxylase and tyrosine kinase 2. These examples suggest that tight integration of sophisticated chemistry teams with state-of-the-art computational methods can dramatically improve the efficiency of small molecule drug discovery.

The microsatellite search methods can dramatically influence results (Merkel and Gemmell 2008), therefore we provide all parameters used in the present study below, to insure reproducibility.

We will show that our new method is much more effective than our previous method and can dramatically improve sampling efficiency and we can generate much better decoys than before on a variety of test proteins.

However, the method can produce dramatically incorrect node displacement when measurement noise is present.