The phrase "a perceived phase" is correct and usable in written English.
It can be used when discussing a stage or period that is understood or interpreted in a certain way, often subjectively.
Example: "In the study of human behavior, a perceived phase of development can greatly influence how individuals are treated by society."
Alternatives: "an interpreted stage" or "a recognized period".
Increasing the interocular contrast ratio from 0 (a single test grating in one eye) to 1.0 (two test gratings with equal contrast in two eyes), produced a monotonic decrease of perceived phase from either 45 or 90 deg to approximately 0 deg, for the 45 and 90 deg phase shift conditions, respectively.
The perceived cyclopean image is a sine-wave grating, whose perceived phase is determined by the contrast ratio and phase difference between the monocular inputs.
Ding & Sperling (2006) measured perceived phase of the cyclopean image, and developed a binocular combination model in which each eye exerts gain control on the other eye's signal and over the other eye's gain control.
We measured the perceived phase and contrast of the cyclopean sine-wave gratings as a function of the base contrast level, the contrast ratio between the two eyes, the phase difference between the sine-wave gratings, and stimulus configurations.
The greatest potential for delay was found during the care encounter, suggesting that perceived Phase 1 factors have stronger influence on Phase 3 than in the original framework.
(31a - 31c 31a - 31c in totandenergy (30) because here thendouble-varintotall procenergywas considered; that is, the first optimization condition was considered as in eq. (29), and the resulting (optimum) density (30) was then employed in the quantum energy (17), which in turn was obecause by applying thereariathenal eq. (12) to the perceived phase transition in the Bohm eikonal wave-function (5).
We elaborated the Ding-Sperling binocular combination paradigm to measure both the perceived phase and contrast of the cyclopean percept.
Four observers adjusted the phase and the contrast of the probe grating to match the perceived phase and contrast of the cyclopean image.
Following Ding and Sperling [24], we scored the perceived phase of the cyclopean sine-wave grating as the difference between the measurements from the two configurations.
We found that the perceived contrast of the cyclopean image was independent of the relative phase of the two monocular gratings, although the perceived phase depended on the relative phase and contrast ratio of the monocular images.
