Sentence examples for carrier grating from inspiring English sources

When stimulus speed is increased even further (to, say, 75°/s), this causes the motion direction of the carrier grating to fully dominate the traveling wave arrival direction.

Through a mirror attached to the headcoil, participants viewed flickering Gabor patches, i.e. a sinusoidal carrier grating convolved with a Gaussian aperture subtending approx. 3°- (standard deviation of Gaussian: 0.7°-) in which contrast-polarity reversed at 5 Hz with saw tooth wave modulation.

The orientation of the carrier grating was always 45°- clockwise from vertical.

Observers had to judge whether the carrier grating of the central target patch was oriented clockwise (CW) or anticlockwise (ACW) relative to the carrier orientation of the flankers.

First, the low-contrast, carrier grating was displayed in one eye for 500 ms. Subsequently, the high-contrast mask grating was projected in the other eye, causing perceptual suppression of the carrier grating due to the difference in contrast and the sudden onset of the introduction of the mask grating.

The grating patches were Gabor patterns, meaning they were composed of a sine-wave carrier grating (spatial frequency of 3.5 cyc/deg) windowed by a Gaussian envelope (standard deviation of 60 pixels).

Values were  = 0.85, γE∈ (0.0,0.04) for spiral patterns ranging from radial to concentric, the strenghts of the inputs of Mask and Carrier gratings  = 30 and  = 24, σ2E = 6.

The carrier gratings of the two outer (flanking) patches were always iso-oriented and presented randomly from trial to trial at 10°, −10°, 20° or −20° relative to vertical.

Simulations included 136 cells for both the Mask (M) and Carrier (C) gratings, and were run with a fixed stepsize of 0.25 ms using the GNU scientific library implementation of the fourth order Runge-Kutta procedure.

In this work, a new method of grating formation on PMMA films deposited on a carrier substrate at extremely mild conditions is described.

We demonstrate the monolithic integration of a uni-traveling carrier photodiode array with a 4 channel, O-band arrayed waveguide grating demultiplexer on the InP platform by the selective area growth technique.