To investigate the importance of the effect of permanent shear stresses, strain softening, and input motion orientation on the stability of slopes during earthquake shaking, we conducted one-dimensional nonlinear dynamic slope stability analyses in the program QUIVER (Kaynia, 2012).
Our approach contributes to the detection of major orientations in complex scenes by building an online probabilistic model of motion orientation on the scene in real-time conditions.
Fig. 10 Comparison of the effect of ground motion orientation on the maximum calculated permanent displacement.
The approach consists of modeling the motion orientations over a certain number of frames in order to estimate a direction model.
This paper examines the importance of the effect of permanent shear stresses due to sloping ground, strain softening and sensitivity, ground motion orientation, and the effect of multidirectional shaking on dynamic slope stability analyses.
The disadvantage of serially dependent recognition is the possibility that it might work against temporal integration mechanisms (e.g., of motion, orientation, color, faces, etc); temporal integration would be most effective with more independently coded patterns.
To overcome the limitations of the RMSF measure, we analyzed the motions and orientations of specific subdomains.
Smart devices provide several sensors to enable apps to monitor the motion, orientation, and various environmental conditions of devices.
Based on the norm of an optical flow vector, one can determine if the motion exists or not, while the direction of this vector provides the motion orientation.
The second application is motion segmentation, which detects groups of objects that have the same motion orientation.
