In this subsection, the effect of regularization constraints is analyzed using a simulated low-light image with σ=5. Figure 3 shows the results of proposed method using various different regularization parameters to analyze the effect of each regularization constraint.
In this subsection, the effect of applied electric field on the extent of degradation of dielectrics surrounding the narrow channel based on C C bonds broken by PD pulses inside the narrow channel is studied.
In this subsection, the effect of inaccurate PLE values on positioning accuracy is examined and depicted in Figure 4. Throughout the simulation, the PLE values α1=3.5, α2=2.7, and α3=2.3 are used in the RSS-KPLE algorithm, whereas actual PLE values are α1=3.8, α2=3.0, and α3=2.6.
We added this part (subsection "The effect of conformational changes on binding affinity prediction accuracy" and Figure 4), providing comparisons with a large number of other methods (110 in total).
Comparison with existing methods have been added (as also asked by reviewer 1) and is reported in subsection "The effect of conformational changes on binding affinity prediction accuracy" and in Figure 4.
Following subsections describe the effect of various parameters on seismic active earth pressure distribution along the height of the wall for both segments.
In this subsection, we discuss the effect of parameters.
In this subsection, we evaluate the effect of different block size K for the determined case.
In this subsection we investigate the effect of gas pressure inside the narrow channel.
In this subsection, we evaluate the effect of varying channel conditions on the performance of warning and safety messages.
