Most methods showed good performance as measured maximum diameters derived from these methods corresponded well with pathological measurements [11].
The drop formation time and the volume of the detached drop were used as validation parameters and the results from the two methods corresponded well, with a difference of less than 5% for the drop formation time and 10% for the drop volume.
The enhancing tumor volume calculated by our methods corresponds well to the true residual enhancing tumor, as confirmed on a subsequent MRI performed 2.5 months later in this patient after the subacute blood had resolved to reveal a residual enhancing tumor of 4.48 cc (Fig. 4D).
The similar performance of these methods corresponds well with the similar characteristics of the bagging [ 18] and Random Forest methods [ 33].
The results obtained using this method correspond well with the soil erosion risk assessment carried out in the field, with over 69% in agreement and 95% of the results obtained being within ±1 erosion classification identified by the field data.
However, as expected from such a method, our results show that the line segments generated by this method correspond well with standard secondary structures of proteins.
In addition, the experimental voltage for NaMnF3 was ca. 3.4 V, and the voltages for NaMF3 (M = Fe and Mn) calculated by the DFT method corresponded well with the experimental results for NaFeF3 and NaMnF3.
The analysis results show that the maximum displacements of structures generally decrease as the stiffness of the brace increases, and that the maximum displacement of the model structures designed in accordance with the proposed method corresponds well with the given target displacement.
The correlations among the demographic rates generated by this method corresponded well with the empirical correlations.
