Sentence examples for interpreting power from inspiring English sources

The 30-year-old Team Sky leader has always insisted he competes clean and before this year's race described "clowns" interpreting power data as "unhelpful".

The word "together" being a powerful social cue to the brain is truly important insight that will no doubt shed further light when interpreting power of social context and our relationship to social media among other things.

We explored several methods for calculating and interpreting power and false-positive rate.

In conclusion, although power law properties in animal behavior have attracted attention since they are apparently universal, we should pay more careful attention when interpreting power law properties of the data, since apparent power law property can be derived from the summation of two non-power law distributions.

This last study population also exemplifies the common problem which arises when interpreting truncated power laws from snapshot data, where it is difficult to ascertain whether small or large group sizes are the "missing" ones in the study system.

The early phases of guideline development, such as defining target populations and finding and interpreting the power of evidence, have proven to be particularly difficult, [ 4].

Eugene Fidell, president of the National Institute of Military Justice and an authority on military law, said Mr. Marri's petition could hinge on how the courts interpreted the power granted to Mr. Bush, as commander in chief, to handle suspected enemies captured off the battlefield.

He had been among a handful of senators warning — years before Mr. Snowden's leaks — that the government was secretly interpreting its powers under the Patriot Act in an alarming way.

A convenient fractal figure has been presented in order to interpret the power laws and the penetrating and softening behavior.

This is essential to the proper performance of a WAMS, as any error in the synchronization of the measurement devices will be interpreted as power system behavior (e.g. a larger or smaller angular separation) if it goes unreported.

Our current ability to interpret existing power exhaust scenarios using numerical transport codes is analyzed and an operational scenario as a potential solution for ITER like divertors under high density and highly radiating reactor-relevant conditions is presented.