Sentence examples for orientation flows from inspiring English sources
In this study we identify the mechanism underlying the change in salience of orientation flows.
In the first experiment, we show that the visibility of orientation flows increases as a function of surface slant.
The goal of this work is to examine the neural mechanisms that enhance the visibility of orientation flows.
Since this component provides the orientation flows that signify 3-D shape, the enhancement of visibility facilitates 3-D slant perception.
We have previously shown that perceived orientation flows determine the perception of 3-D shape from texture ([3], [5], [19], [20]).
In particular, release from cross-orientation suppression serves to enhance the visibility of orientation flows that are the keys to decoding 3-D shapes as signaled by texture ([3], [2], [5]), shading ([39]), and specular reflection ([40]).
Further, within the critical ranges of wind speed and cable orientation, flow around the cable is found to be better organized.
The development of torsion textures is discussed in terms of the rotation rate vector Ṙ, the divergence-convergence properties of orientation flow and the stability parameter S.
NFIQ2 features are as specified in the preliminary definition guide [16]: that is, Frequency Domain Analysis, Gabor Segment, Gabor Shen, Gabor, Local Clarity Score, Mu Mu Block, Mu Mu Sigma Block, Mu Sigma Block, Mu, Orientation Flow, Orientation Certainty Level, Radial Power Spectrum, Ridge Valley Uniformity, Sigma Mu Block and Sigma.
For oncologic applications, studies have focused primarily on window chamber preparations that allow for real-time visualization of tumor growth, vascularity, vascular responses to stimulation, vascular permeability, vascular orientation, flow instability, and the like.
In particular, immediately after the flow reversal, sperm orientation and flow direction point for a short period of time in approximately the same direction, leading to a momentarily increased transport velocity (see velocity peaks in Figure 2C).
