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1 interaction (for computing depth from motion parallax).
2 ferential image motion on the retina (motion parallax).
3 tterns of image motion on the retina (motion parallax).
4  interaction for computing depth from motion parallax.
5 r monocular cues, such as motion or position parallax.
6 ewing monoscopic video and relying on motion parallax.
7 SF by resolving overlapping emitters through parallax.
8 erate selectivity for depth sign from motion parallax.
9 and signals to signal depth sign from motion parallax.
10 ibute to perception of depth based on motion parallax.
11 the recovery of depth by self-induced motion parallax.
12 neurons for computing depth-sign from motion parallax.
13 uman studies of depth perception from motion parallax.
14 computer image-analysis program adjusted for parallax.
15  a mechanism for computing depth from motion parallax.
16  neurons that encode distance through motion parallax.
17 from optic flow or judging depth from motion parallax.
18 behavior, consistent with reliance on motion parallax.
19 rmits the rendering of high-resolution, full-parallax 3D images in a very wide view zone (up to 180 d
20                          In such cases, only parallax analysis gave physically reasonable results.
21                                In each case, parallax analysis indicated that Trp-108 and Trp-115 wer
22 f populations at two different depths on the parallax analysis is also considered.
23 thod, Trp lambdamax and depth (determined by parallax analysis of fluorescence quenching) were measur
24 e probes in lipid bilayers was determined by parallax analysis of fluorescence quenching.
25 tryptophan quenching by these probes, making parallax analysis problematical.
26                                              Parallax analysis revealed that each engineered Trp resi
27                                              Parallax analysis was also compared to distribution (Gau
28 f fluorescence probes previously analyzed by parallax analysis was reanalyzed with all three methods.
29 rp fluorescence by nitroxide-labeled lipids (parallax analysis), and circular dichroism.
30 erent methods of analysis of quenching data: parallax analysis, distribution (Gaussian) analysis (usi
31 ically reasonable results were obtained from parallax analysis, likely due to non-Gaussian behavior o
32                                        Using parallax analysis, the change of the penetration depth o
33             They use visual cues like motion parallax and binocular disparity to judge distances to o
34 contribute given their sensitivity to motion parallax and depth through joint direction, speed, and d
35 l MST (MSTd) to estimate the combined motion parallax and disparity signals attributed to the observe
36 atch the preference of the MSTd cell in both parallax and disparity.
37 ny viewers at the same time with full motion parallax and do not require special glasses or eye track
38 44% of neurons prefer near depth from motion parallax and far depth from disparity, or vice versa ("o
39 ly the three depth cues of disparity, motion parallax and shading can be integrated in humans and mon
40  perceive depth rather precisely from motion parallax and that extraretinal signals may be used to co
41 luding optic flow parsing, depth from motion parallax, and coordinate transformation.
42 foreground segmentation, perspective, motion parallax, and integration of multiple modalities to navi
43 l cell states, a concept we term "cell-state parallax." Applying GrID-Net to schizophrenia (SCZ) gene
44 forms to that predicted by the use of motion parallax as a depth cue.
45                                          The parallax attention module (PAM) is significantly improve
46 ent depth from binocular disparity or motion parallax, but little is known about the joint neural rep
47 ases when disparity cues are added to motion parallax, but this enhancement does not occur for opposi
48                                              Parallax calculations showed that tryptophan-18 was loca
49 ysical studies have demonstrated that motion parallax can be a powerful depth cue, and motion paralla
50 er, depth-sign (near versus far) from motion parallax can be ambiguous.
51                               In addition to parallax correction, the same mechanism allows for conti
52 the visual system utilizes both local motion parallax cues and global perspective distortions to esti
53 cessing motion and flicker as well as motion parallax cues for depth perception.
54  observers learn to exploit the small motion parallax cues provided by head jitter.
55 w that these flies use perspective and local parallax cues to distinguish and navigate to virtual obj
56 epth sign based on both disparity and motion parallax cues.
57 c tunable lens (ETL) technology with bifocal parallax dark-field (DF) microscopy, allowing continuous
58  of the Sun, determined using photometry and parallax data from the Gaia satellite(4).
59 cates how temporal dynamics and joint motion parallax-disparity tuning resolve the world-relative mot
60 from differential views of the significantly parallax-displaced debris trail.
61  by using angular multiplexing, and the full parallax display employs spatial multiplexing.
62 ys (Macaca mulatta) while they viewed motion parallax displays that simulated objects at different de
63         We present an absolute trigonometric parallax distance measurement to the Pleiades cluster th
64             We report a direct trigonometric parallax distance of [Formula: see text] kiloparsec obta
65                        Here we report a dust-parallax distance to NGC 4151 of 19.0(+2.4)(-2.6) megapa
66  and compact size (depth encoding eliminates parallax error and permits smaller ring-diameter).
67 sor moving in stereoscopic space to minimize parallax errors.
68 nitroxide-labeled phospholipids) used in the parallax fluorescence quenching method of determining pe
69                       One potent cue, motion parallax, frequently arises during translation of the ob
70 copy, K(s) magnitude from 2MASS, and stellar parallax from Gaia.
71 of cues, with binocular disparity and motion parallax generally providing more precise depth informat
72 ical work on perception of depth from motion parallax has assumed that objects are stationary in the
73  signal depth sign (near vs far) from motion parallax; here, we examine whether and how these neurons
74 ecause of the geometric properties of motion parallax, however, both congruent and opposite cells cou
75 lution of 88 pixels per inch and full-motion parallax in an unprecedented view zone of 90 degrees.
76 erate selectivity for depth sign from motion parallax in macaque cortical area MT, a computation that
77 res the breakthrough potential of cell-state parallax in single-cell multiomics for discovering tissu
78 tinal signals to code depth-sign from motion parallax in the absence of other depth cues.
79  sign of depth (near versus far) from motion parallax in the absence of other depth cues.
80 d to discriminate depth sign based on motion parallax, in the absence of binocular disparity and pict
81 pproach to visual targets, perhaps to obtain parallax information.
82  depth from MP.SIGNIFICANCE STATEMENT Motion parallax is a monocular cue to depth that commonly arise
83 nown whether perceived depth based on motion parallax is biased by object motion relative to the scen
84 first demonstration that self-induced motion parallax is sufficient to drive vergence eye movements u
85  on membrane penetration from quenching: the parallax method (PM; ) and distribution analysis.
86                                    Using the parallax method of London, the acrylodan ring is calcula
87 ies and bilayer depth measurements using the parallax method, was used to probe the position of Glu14
88 d closer to the cell cortex, as confirmed by Parallax microscopy.
89 avoid futile climbing attempts by processing parallax-motion vision to estimate gap width.
90 rom the observer's point of fixation [motion parallax (MP)].
91 ponse to absolute or relative motion (motion parallax) of objects in the visual scene, generated by l
92       To correctly compute depth from motion parallax, only the component of image motion caused by s
93 onary objects at different distances (motion parallax) provides potent depth information.
94 llax can be a powerful depth cue, and motion parallax seems to be heavily exploited by animal species
95 g neuron that encodes a non-canonical motion parallax signal: the signal is not direction selective f
96 ording to their depth tuning based on motion parallax, similar to the known clustering of MT neurons
97 licates the computation of depth from motion parallax since there will be an additional component of
98                            Herein, a bifocal parallax single-particle tracking method using half-plan
99 ved optical and mechanical design, including parallax "split view" iris cameras and stable, ergonomic
100 display, for both absolute motion and motion parallax, subjects with CN reoriented their body in spac
101 tuned and is selectively modulated by motion parallax-the relative motion experienced during translat
102  conflict with depth information from motion parallax, transient vergence responses were observed.
103 r, a high spatial resolution and a wide full-parallax view zone (for short viewing distance from pote
104                       To compute from motion parallax whether an object appears nearer or farther tha
105  to underlie estimation of depth from motion parallax, which involves computing the ratio of retinal
106          The model avoids distortions due to parallax, which occur in simple models when a single pro
107        Inspired by the principles of optical parallax, which reveals object depth from static snapsho
108 dge distance to prey predominantly by motion parallax, while cichlids and zebrafish may mainly use bi

 
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