Sentence examples for observed precision from inspiring English sources

Observing videos, but not static images, of a hand grasping different objects resulted in a grasp-specific interaction, such that FDI and ADM MEPs were differentially modulated depending on the type of grasp being observed (precision grip vs whole hand grasp).

Quantitative accuracy comparable to nanosecond rotational CARS measurements is observed, while the observed precision in both the temperature and oxygen data is extraordinarily high, exceeding nanosecond CARS, and on par with the best published thermometric precision by femtosecond vibrational CARS in flames, and rotational femtosecond CARS at low temperature.

For the first time, a Variance Components Estimation (VCE) technique is used to optimize the weights of quasi-observations when information on their observed precision is lacking.

We find a need for alternative weighting schemes to the conventional inverse of study variance, to account for variation between studies in their design quality as well as their observed precision.

The interpolated precision (p_mathrm{int}) at a recall level (r_i) is calculated as the largest observed precision for any recall value r between (r_i) and (r_{i+1}): begin{aligned} P_mathrm{int}(r_i)=max _{r_i le r le r_{i+1}} mathrm{Precision}(r) end{aligned} (55 An alternative single valued evaluation metric is the mean average precision (mAP).

At a P-value of 0.005 the observed precision for T1DM and T2DM was still at least 75%.

Thus, in the selected set of 24 segments, we observed a precision of 80% and a recall of 75%, with an F1 score, which is the harmonic mean of precision and recall, of 77%.

The new DTM was assessed by the elevations at 54 benchmarks observed by precision leveling.

We have not observed any precision issue in our DSP implementations compared with previous results in other architectures [9, 24, 25].

Reductions in elbow flexion (14.3%), elbow extension (16.6%), shoulder flexion (11.7%), and shoulder extension (10.2%) velocities were observed when precision placement challenges were imposed during lifting, and mean lift times increased by 27% as a result.

The observed time precision is of the same order as this transport delay.