1
Refinement of the Bcl-xL structure to a backbone rmsd of 0.95 A was accomplished with data collected in an additional 3 days.
2
During this search, the RMSD values for all chemically relevant pairings are calculated by quaternion algebra.
3
The root-mean-square deviation (RMSD) of the conductance signatures for the PZT patch were used as the looseness-monitoring indexes.
4
Taking RMSD values of sub-frequency bands and the looseness degrees as inputs and outputs respectively, the BPNNs were trained and tested in twenty repeated experiments.
1
The root-mean-square deviation between 458 equivalenced C alpha atoms is 1.17 A.
2
The root-mean-square deviation (RMSD) of the conductance signatures for the PZT patch were used as the looseness-monitoring indexes.
3
The average root-mean-square deviations were found to be 0.756 and 0.804 A, respectively.
4
Root-mean-square deviations of 0.61 and 1.16 were observed for the backbone and heavy atoms, respectively.
1
The root-mean-square error between the extrapolated topography and true extended topography at various diameters was then compared.
2
However, that study was performed outside the MR scanner, and the root-mean-square error in the head position measurement was 0.7 mm.
3
Results: The root-mean-square errors in the outer extrapolated region ranged from 30 to 220 microm, depending on the fit function used.
1
An optimal memory parameter was found that still minimized the RMSE and could be used for all functions and subjects.
2
The R2 and RMSE between LAI inversion value and true value were 0.7287 and 0.2971 respectively.
3
This reduction in RMSE resulted from changes in the parameters linked to the increased steepness of the QT-RR relation after hysteresis reduction.
4
The trajectory of the clubhead was found to fit to an ellipse with RMSE of 1.2 mm.
5
Root Mean Square Error (RMSE) of image is calculated to study the convergence of reconstructed images compared with the truth image.
6
The presented results show that an approximation using available data extracted from the DICOM header provides organ dose estimates with RMSE of less than 10%.