We investigated the magnitude of horizontal vs. vertical compression for Kanizsa figure (a collection of discrete elements unified into single perceptual objects by illusory contours) and control rectangle figures.
The volume of all individual 3D contours (paired and control) was uniformly scaled to the mean control volume so that all 3D contours had the same volume (the volume of the individual 3D contours being influenced by the quality of the neuronal labeling).
Schizophrenic patients and healthy controls participated in functional MRI (fMRI) experiments with blocked design using Echo Planner Imaging, in which illusory contour (IC) (Kanizsa's square) and control objects (no contour: NC; real contour: RC) were passively presented.
Experiment results demonstrate the feasibility of the proposed algorithm on smooth feedrate planning and contour error control for continuous short line tool path.
Specifically, RSCT included roll contour design, rolling technology optimization, and control strategy development, aiming at both hot strip mills (HSMs) and cold strip mills (CSMs).
Beginning with Venusia (2005) and continuing with Mercury Station (2009), Mark von Schlegell's System Series has moved backward in time, investigating the contours of time, memory, perception, and control in the inter-planetary system that emerge off-world in the twenty-second and twenty-third centuries during Earth's full collapse.
But there's been a great deal of research (dramatic NASA video here) into improving the aerodynamics of a supersonic craft and carefully designing every contour to control the inevitable pressure waves it creates.
The 3D surface and contour plots were studied to know the significant interactions between the responses and control factors.
Different from the traditional concept of trajectory control, a contour following control strategy is developed via a coordinate transformation scheme.
To realize contour error control, the feedrate is adaptively adjusted based on the curvature radius of the tool path, which is directly estimated from the short lines.
Open image in new window Fig. 12 Effect of different levels of corrosion on load strain behavior of beam specimen (0, 2.5 and 5 %) Open image in new window Fig. 13 Effect of different levels of corrosion on load strain behavior of beam specimen (0, 7.5 and 10%%) Open image in new window Fig. 14 A view of strain contour at control beam specimen.
