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1 influence the event of a misdirected leading haptic.
2 umstances the percept is clearly affected by haptics.
3 n was less reliable, vision adapted to match haptics.
6 haptic responses in LOC, but her pattern of haptic activation in other brain regions was remarkably
7 Most importantly, the ratio of visual and haptic adaptation was quantitatively predicted by relati
9 finer than is possible with either vision or haptics alone; indeed, they approach statistical optimal
10 ithin-modality experiments (vision-alone and haptics-alone) and in an intermodality experiment (visio
11 A novel fixation method that uses scleral haptics also has been introduced to increase stability.
12 nterests were the orientation of the leading haptic and optic on insertion, the degree of intrawound
13 s one of the following: (1) haptic only, (2) haptic and stereoscopic (providing binocular shape infor
15 because of slippage of one of the iris-claw haptics and spontaneous complete posterior dislocation o
18 uli may activate such networks through visuo-haptic associations established by behavioral training.
21 study interacting rats to investigate audio-haptic coordination and multisensory integration in the
22 3b, 1, and 2) of monkeys performing a visuo-haptic delay task, which required the memorization of a
24 nsory cortex of monkeys trained to perform a haptic delayed matching to sample task with objects of i
25 y volunteers (16 females) through a wearable haptic device, by selectively superimposing two levels o
29 h greater utilitarian actions in virtual and haptic environments when compared to traditional questio
33 he retrosplenial cortex (RSC) for visual and haptic exploration of information-matched scenes but not
35 tation within early visual areas during both haptic exploration of objects and subsequent actions tow
39 l" regions are implicated in both visual and haptic exploration; however, touch also recruits high-ac
40 ap from object representations to visual and haptic features, respectively, and uses a Bayesian infer
42 xplains the technical challenges of creating haptic feedback for robot-assisted surgery and provides
47 ndition 3), mimicking the time course of the haptic feedback of conditions 1 and 2, substantial learn
50 e system could be augmented in reality, with haptic feedback, size reduction, and development of new
52 amber IOL implantation using Hoffman scleral haptic fixation and sutureless Sharioth technique in pat
56 ther problems recorded were trapped trailing haptic, haptic-optic adhesion, overriding of the plunger
57 , and (iii) those with delay activity in the haptic-haptic delayed matching task but no such activity
61 er visual information can be as effective as haptics in driving visual recalibration and whether incr
62 valuable tool in confirming the presence of haptic-induced ocular irritation and in assisting the ma
63 e nervous system seems to combine visual and haptic information in a fashion that is similar to a max
64 only when provided with veridical visual and haptic information pertaining to the object, lacking whi
65 An ideal observer that combines visual and haptic information weights them differently as a functio
66 he importance of vibrotactile signals during haptic interactions, but little is known of how vibratio
69 state, confirming the recyclability of this haptic memory material for use in practical applications
76 areas are also activated and reactivated for haptic object exploration and haptically guided grasping
79 blems recorded were trapped trailing haptic, haptic-optic adhesion, overriding of the plunger over th
80 ivery behavior was achieved with the leading haptic orientating to the left of the surgeon and thus d
81 n frequently dominates the integrated visual-haptic percept, for example when judging size, shape or
82 ynamics, to instantaneously assess affective haptic perception using electrocardiogram-derived inform
83 daptation-and-transfer paradigm, a change in haptic perception was induced by slant-adaptation using
84 ount the movements of multiple body parts in haptic perception, and they show that the effects of act
85 re able to finely characterize the affective haptic perception, with a recognition accuracy of 69.79%
90 ts in processing the corrective responses to haptic perturbations of the finger during prehension.
91 indicated whether visual, haptic, and visual-haptic planar surfaces appeared slanted positively or ne
92 e demonstrate that the elastic behavior of a haptic probe provides a robust edge detection mechanism
98 I, M.C. showed no object-selective visual or haptic responses in LOC, but her pattern of haptic activ
102 ibility to robotic surgical systems, loss of haptic sensation with the device, and lack of prospectiv
106 ht to be critical for recognizing visual and haptic shape information is the lateral occipital comple
108 We investigated whether LOC is essential for haptic shape recognition in humans by studying behaviora
109 gh LOC is routinely active during visual and haptic shape recognition tasks, it is not essential for
114 preadaptation, we determined the visual and haptic slants of perceived frontoparallel, and measured
118 adaptation, subjects were exposed to visual-haptic surfaces with a discrepancy between the visual an
120 ior intraparietal sulcus and LOtv during the haptic than visual exploration of shapes in the dark.
122 chniques for stabilizing posture by means of haptic touch and for studying and modeling postural mech
124 recorded in both the cross-modal task and a haptic unimodal task, where the animal had to retain a t
125 presence of static anchor points that can be haptic, visual and auditory reference signals; 2) real o
127 ality experiment, humans adjusted visual and haptic weights in a fashion quite similar to that of the
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