ライフサイエンスコーパス: eye-tracking

1 erformed an antisaccade task with concurrent eye tracking.

2 rallax and do not require special glasses or eye tracking.

3 's visual fixation patterns were measured by eye tracking.

4 ndus images were generated for assessment of eye tracking.

5 their relatives show impaired smooth pursuit eye tracking.

6 ty (16.67 degrees per second) smooth pursuit eye tracking.

7 d against gold-standard EOG and camera-based eye tracking.

8 ardized and experimental measures, including eye tracking.

9 muli was measured using noninvasive infrared eye tracking.

10 e BOLD signal using high-temporal resolution eye tracking.

11 ding can be extracted by simultaneous use of eye tracking.

12 us camera-based photocoagulator with retinal eye tracking.

13 ng nodule detection rate can be studied with eye tracking.

14 nning and gaze following were assessed using eye tracking.

15 arison process and tested it on humans using eye-tracking.

16 movements were recorded using high-precision eye-tracking.

17 mpleting a compound-generalization task with eye-tracking.

18 Here we used high-resolution techniques for eye-tracking(17) and gaze-contingent display control(18)

19 s study, the authors compared smooth pursuit eye tracking, a biological trait marker associated with

20 y N-methyl-D-aspartate (NMDA) is involved in eye-tracking abnormalities.

21 st the specificity of an association between eye tracking abnormality and schizophrenia spectrum pers

22 Information from eye tracking about which eye deviates most frequently is

23 We examined a natural eye tracking action that consists of orienting saccades

24 g interface is proposed for realizing active eye tracking (AET) system based on the electrostatic ind

25 Eye tracking allows the researcher to capture individual

26 Computational modelling and eye-tracking analyses each revealed that these effects w

27 Eye-tracking analysis revealed the face as the most atte

28 Using EEG combined with eye tracking and behavioral sharing, we investigated, fo

29 An automated system, based on eye tracking and dedicated full occlusion glasses, was d

30 Eye tracking and electroencephalography were used to est

31 However, eye tracking and ERP measures diverged when dominant-rel

32 Here, we propose a method that combines eye tracking and fMRI, and can extract word-level inform

33 uman male and female participants undergoing eye tracking and functional magnetic resonance imaging (

34 studies in macaques, enabling both accurate eye tracking and head stabilization for neurophysiology.

35 Combining simultaneously recorded eye tracking and magnetoencephalographic data with tempo

36 sions on a fine-grained temporal scale using eye tracking and MEG recordings.

37 Using eye tracking and multivariate pattern analysis of fMRI d

38 s while they are restrained to obtain stable eye tracking and neural recordings.

39 ion over a wide field of view while enabling eye tracking and pupillometry in VR.

40 mpatible cameras are used to allow real time eye tracking and robust gaze tracking is achieved throug

41 Eye tracking and TAC visual acuities were correlated wit

42 Eye tracking and TAC were performed at baseline and at 1

43 ng has been driven by both the technology of eye tracking and the development of models that explicit

44 ile, we monitored their gaze with in-headset eye tracking and then systematically altered the visual

45 ee text] pedestrian wayfinders that combines eye-tracking and body movement sensors.

46 rough functional magnetic resonance imaging, eye-tracking and electroencephalogram recordings.

47 Using a combination of high-resolution eye-tracking and gaze-contingent control, here we examin

48 Here, we used multiple methods (eye-tracking and observations of expressive behaviors) t

49 Both the eye-tracking and preference test data supported the supe

50 we couple a computational process model with eye-tracking and pupillometry to develop a physiological

51 tion between emotional responsiveness (using eye-tracking) and altruistic behavior (using the Dictato

52 uestionnaire, a preference task monitored by eye tracking, and a feedback session.

53 Here, we combined brain stimulation, eye tracking, and computational approaches to explore th

54 grating wireless electrophysiology, wireless eye tracking, and real-time video analysis to examine th

55 , heart rate, skin conductance, respiration, eye tracking, and scalp EEG).

56 rt attention, as measured by fMRI-concurrent eye tracking, and that this went along with enhanced amy

57 ike decentration, ablation-zone size, active eye tracking, and wavefront guided ablations affect qual

58 scale simulation spanning 69 psychophysical, eye-tracking, and pharmacological experiments, our model

59 ge disparities using our tilting haploscopic eye-tracking apparatus presenting concentric circle targ

60 A novel eye-tracking approach confirmed this result in the macaq

61 patterns of visual preference as indexed by eye tracking are hallmarks; however, whether they can be

62 study to measure social visual attention via eye tracking as a treatment response in an RCT for autis

63 ional bias toward NSSI-related images during eye-tracking, as indicated by increased initial fixation

64 : screen use, actigraphy-measured sleep, and eye-tracking attention measures.

65 Eye-tracking-based ABM was not effective as a primary pr

66 A binocular, eye-tracking-based amblyopia home treatment is noninferi

67 Eye-tracking-based attention bias modification is an acc

68 sual outcomes after use of a novel binocular eye-tracking-based home treatment (CureSight; NovaSight,

69 ble-blind studies, we developed an objective eye-tracking-based index test for children aged 16 to 30

70 -old children referred to specialty clinics, eye-tracking-based measurement of social visual engageme

71 of children younger than 3 years, objective eye-tracking-based measurements of social visual engagem

72 diagnoses used automated devices to measure eye-tracking-based social visual engagement.

73 an alERC volume differences, we developed an eye-tracking-based task to evaluate intra-item configura

74 Eye-tracking behavior including saccadic metrics (e.g.,

75 with psychosis disrupts its association with eye-tracking behavior.

76 tagonist, RG7713, on exploratory biomarkers (eye tracking), behavioral and clinical measures of socia

77 of analysis including electrophysiological, eye-tracking, behavioral, and socioenvironmental.

78 to the reward information and differences in eye tracking between conditions predicted differences in

79 is prospective diagnostic study, a composite eye-tracking biomarker was associated with a best-estima

80 Approaches that integrate eye-tracking biomarkers into tiered community-based mode

81 ical FEM are monitored using high-resolution eye-tracking by an adaptive optics scanning laser ophtha

82 We consider ways in which eye-tracking can be used to determine how animals work w

83 next of kin in a fully unbiased manner using eye-tracking computer systems.

84 Concurrent eye tracking confirmed that subjects accurately tracked

85 Using a behavioral genetic approach and eye tracking data from a large sample of 11-year-old hum

86 In this study, motion and eye tracking data from a movement imitation task were co

87 versus new (retrieval task), while fMRI and eye tracking data were recorded.

88 to have a lower stress level as indicated by eye tracking data, although many participants do not hav

89 calibration position can introduce drift in eye tracking data, leading to substantial gaze inaccurac

90 neuropsychological findings and visual world eye-tracking data and that it has two conceptual problem

91 Using eye-tracking data derived from a face pop-out task at 6

92 ics committee approval was granted to record eye-tracking data from six inexperienced readers who ins

93 hic data from previous studies and to obtain eye-tracking data from volunteers.

94 research materials and to obtain anonymized eye-tracking data from volunteers.

95 Eye-tracking data indicated that warnings were viewed by

96 d the HCP 7T fMRI dataset with resting state eye-tracking data obtained in monozygotic and dizygotic

97 ore salient icons during memorization, since eye-tracking data revealed no relationship between an ic

98 We registered high-temporal resolution eye-tracking data to a low-temporal resolution BOLD sign

99 text, we aim to illustrate the potential for eye-tracking data to create information asymmetries in s

100 Longitudinal eye-tracking data were acquired as children with ASD and

101 METHOD: Eye-tracking data were collected in 86 2-year-olds: 26 w

102 Eye-tracking data were collected in 86 2-year-olds: 26 w

103 Eye-tracking data were recorded simultaneously.

104 the availability of new optometry tools with eye-tracking data, the issues persist in attaining accur

105 cumulation process that can be revealed with eye-tracking data.

106 Eye tracking deficits and disturbances in visual attenti

107 Eye tracking deficits in the relatives of patients with

108 f schizotypal personality disorder symptoms, eye tracking deficits, and attentional disturbances.

109 hildren with CVI, grating acuity measured by eye tracking demonstrated higher test-retest reliability

110 SD OCT with eye tracking demonstrates highly reproducible RNFL thick

111 ch the participants' gaze was recorded by an eye-tracking device that controlled the gaze of an anthr

112 mented and at times supplanted the patient's eye-tracking device.

113 ed into those with (N=18) and without (N=41) eye tracking disorder by using a previously described me

114 The patients with eye tracking disorder had significantly worse performanc

115 The authors tested the hypothesis that eye tracking disorder in schizophrenia is associated wit

116 Poor sensory integration and eye tracking disorder in schizophrenia may be various ma

117 worse performance than the patients without eye tracking disorder with respect to sensory integratio

118 is particularly pronounced in patients with eye tracking disorder.

119 Using eye tracking during a test of facial emotion recognition

120 Recently, advances in eye tracking during natural vision, together with the de

121 /or target gazed-at objects, as measured via eye tracking during the same Gaze Perception task in the

122 Eye-tracking during choice confirmed that cue-approach t

123 Because both smooth pursuit eye tracking dysfunction and obstetrical complications a

124 the predictions of a two-factor model of how eye tracking dysfunction and obstetrical complications c

125 As hypothesized, 1) the combination of eye tracking dysfunction and perinatal obstetrical compl

126 lings of patients with schizophrenia, and 2) eye tracking dysfunction and perinatal obstetrical compl

127 hizophrenia spectrum disorders, and familial eye tracking dysfunction were similar for the patients w

128 Psychiatric diagnoses, eye tracking dysfunction, and obstetrical complications

129 nteract with genetic liability, indicated by eye tracking dysfunction, to produce schizophrenia.

130 icit in motion processing is associated with eye-tracking dysfunction because both motion signals and

131 Eye-tracking dysfunction has been found in many patients

132 ily studies are planned to establish whether eye-tracking dysfunction represents a trait- or state-re

133 ood-onset schizophrenia exhibit a pattern of eye-tracking dysfunction similar to that reported for ad

134 r schizophrenia spectrum disorders, familial eye-tracking dysfunction, and obstetrical complications

135 r schizophrenia spectrum disorders, familial eye-tracking dysfunction, and obstetrical complications)

136 eir perceptions of virtual humans, set in an eye-tracking enabled VR lift scenario, that varied in fa

137 curacy of clinically important discriminator eye-tracking (ET) metrics.

138 ric diagnosis underwent clinical evaluation, eye tracking evaluation, and the Continuous Performance

139 21 males) watched the same videos during an eye tracking experiment.

140 In an eye-tracking experiment, we assessed pupil dilation to h

141 wn about binary choice, and test it using an eye-tracking experiment.

142 epiphany learning (EL) and test it using an eye-tracking experiment.

143 Eye tracking experiments show that neurons respond rapid

144 In a series of eye-tracking experiments conducted with 338 toddlers, in

145 parsing, and then provide evidence from two eye-tracking experiments that illustrate some of the pro

146 We performed a series of behavioral and eye-tracking experiments to tease apart how these differ

147 In this study, we conducted a series of eye-tracking experiments using the visual world paradigm

148 The use of noninvasive eye tracking extends the findings from rodent MIA models

149 measures were acquired with SD OCT using the eye-tracking feature at 2 separate study visits.

150 EEG and eye-tracking features were extracted, and participants'

151 Quantitative measures of eye tracking for the affected twin were inferior to thos

152 In addition to occurrence rate, eye tracking glasses can be used to quantify eye fixatio

153 Ambulatory patients wore eye tracking glasses for up to 12 hours to monitor their

154 Eye tracking glasses may be a useful tool for quantifyin

155 Eye tracking glasses were used to obtain 68 recordings i

156 exotropia greater than that measured by the eye tracking glasses.

157 ional near infrared spectroscopy (fNIRS) and eye-tracking glasses, to examine the neural systems link

158 al and non-social content was recorded using eye-tracking glasses.

159 e proposed method was further used for naked-eye tracking glycolytic inhibition in living cells.

160 Eye tracking has been widely used for decades in vision

161 Eye tracking has helped elucidate relationships between

162 For many decades, eye-tracking has been used to investigate gaze behaviour

163 wise specified also had qualitatively poorer eye tracking, higher root mean square error, and lower g

164 onset schizophrenia had qualitatively poorer eye tracking, higher root mean square error, lower gain,

165 An eye tracking-identified ASD subtype with pronounced earl

166 We combined head and eye tracking in freely moving mice and found both observ

167 ding cognition, yet achieving high-precision eye tracking in functional Magnetic Resonance Imaging (f

168 By coupling high-resolution eye tracking in human observers with modeling of blink t

169 hesis within radiation safety limits enabled eye tracking in the animals, that they responded to stim

170 We used highly precise eye tracking in three well trained macaque monkeys and f

171 twins, we assessed attention to faces using eye tracking in two ways: initial orienting to faces at

172 his prospective diagnostic study for blinded eye-tracking index test and follow-up expert evaluation

173 have suggested that abnormal smooth pursuit eye tracking is an indicator of genetic liability for sc

174 consistent with the hypothesis that abnormal eye tracking is associated with the expression of illnes

175 initial reflexive eye movements measured by eye tracking, manual response latencies, and blood-oxyge

176 a significant amount of the variance in the eye tracking measure in the relatives (31% and 20%, resp

177 ationally-advanced approaches to validate an eye-tracking measure of social attention preference, the

178 High-speed video eye-tracking measured gaze duration and pupil size (indi

179 he data raise questions regarding the use of eye tracking measurement for identifying putative gene c

180 Eye-tracking measurement of social visual engagement was

181 are similar in terms of crossing behaviors, eye tracking measurements, and heart rate.

182 sequent (dynamic causal) models of empirical eye tracking measurements, which we hope to validate, us

183 catechol O-methyltransferase (COMT) gene and eye tracking measures in schizophrenia.

184 e rating was more powerful than quantitative eye tracking measures or CPT measures in discriminating

185 Eye tracking measures were not significantly correlated

186 f children, electroencephalography (EEG) and eye-tracking measures of neural function were assessed a

187 Eye-tracking measures supported this pattern, revealing

188 However, traditional eye tracking methodologies are constrained by bespoke ha

189 sed a comparative developmental approach and eye-tracking methodology to assess visual attention in h

190 autism (ASD) and are easily quantified using eye tracking methods.

191 Current eye-tracking methods are expensive and require special e

192 thin sensory ecology and advocate the use of eye-tracking methods to better understand how animals pr

193 All four eye-tracking metrics decreased with experience, and ther

194 Four eye-tracking metrics were analyzed.

195 was higher for diagnostic accuracy than for eye-tracking metrics.

196 lti-method approach combining fMRI (N = 17), eye-tracking (N = 15), and behavioural preference tests

197 Abetted by developments in eye-tracking, neuroimaging, and computer science, resear

198 Magnetic eye tracking offers several advantages over the well-est

199 otor Screening), and oculomotor assessments (eye-tracking) once within 48 h of diagnosis of SRC (AC)

200 approaches (e.g., conventional bias scores, eye tracking), our novel analytic approach yielded subst

201 In the current study, we developed a novel eye-tracking paradigm to disentangle the influence of so

202 Here, we developed a gaze-contingent eye-tracking paradigm to examine the early emergence of

203 An eye-tracking paradigm was used to assess line of gaze in

204 opment of object representations, we used an eye-tracking paradigm with 4- and 6-month-old infants wh

205 ological age = 36.73, SD = 6.51) using novel eye-tracking paradigms.

206 s were times taken to establish orientation, eye-tracking parameters, and fixation sequences on organ

207 the COMT gene is associated with predictive eye tracking performance in healthy subjects.

208 Standard automated perimetry (SAP) and eye tracking perimetry (saccadic vector optokinetic peri

209 Eye tracking perimetry may be useful for detection of gl

210 Eye-tracking plays a crucial role in the development of

211 In a naturalistic eye-tracking procedure, bilingual infants were more accu

212 A subset of toddlers repeated the eye-tracking procedure.

213 gating, antisaccade, spatial working memory, eye tracking, processing speed, and sustained attention.

214 Overall, magnetic eye tracking provides a lightweight, inexpensive, easily

215 Eye tracking provides valuable insight for analyzing vis

216 double dissociation in 129 male humans using eye-tracking, pupillometry and functional magnetic reson

217 Eye tracking qualitative rating was more powerful than q

218 systems, including image-guided systems with eye tracking, real-time feedback, and ultra-short pulse

219 Computational models and eye-tracking research suggest that encoding variability

220 Eye tracking revealed a systematic shift of attention fr

221 Eye tracking revealed that increased predictive eye move

222 Relative to the comparative groups, eye tracking revealed the MT360 cohort generated a great

223 Eye-tracking revealed that controls made smaller saccade

224 Eye-tracking reveals significant gaze shifts and microsa

225 Eye tracking showed that preschoolers and adults looked

226 Eye-tracking showed an increase in biological motion ori

227 shown that ketamine causes abnormalities in eye tracking similar to those seen in patients with schi

228 ons, achieving an accurate, robust, and fast eye-tracking solution remains a considerable challenge f

229 Eye tracking studies that have used naturalistic, rather

230 emotional expressions, recent behaviour and eye-tracking studies have suggested a dominant role of i

231 ts are consistent with earlier findings from eye-tracking studies, and provide novel empirical insigh

232 potential (ERP) study (Experiment 1) and an eye-tracking study (Experiment 2) investigating whether,

233 In an eye-tracking study comparing four unrelated languages th

234 This live eye-tracking study suggests that during an important per

235 is functional magnetic resonance imaging and eye-tracking study with male and female human participan

236 In this eye-tracking study, 26 younger and 24 healthy older adul

237 In this combined fMRI-eye-tracking study, we show how hippocampal responses sc

238 he need for calibration between the head and eye tracking systems.

239 lers (such as "apple"), using a visual world eye-tracking task and a picture-labeling task (n = 77, m

240 Participants completed a passive-viewing eye-tracking task assessing selective attention for posi

241 All infants underwent an eye-tracking task at a mean age of 7 months and a clinic

242 To this end, we used an eye-tracking task that has revealed the spontaneous abil

243 In a passive-viewing eye-tracking task, participants (N = 50) looked longer a

244 50 at low-risk for ASD were studied using an eye-tracking task.

245 The current study used head-mounted eye tracking techniques to investigate the visual strate

246 infants' gaze-following behavior [7-13] with eye-tracking techniques [11, 12].

247 Studies suggest that eye-tracking techniques have the potential to offer insi

248 Eye tracking technology is frequently utilized to diagno

249 s within each movie type were examined using eye tracking technology.

250 The study of social visual pursuit by use of eye-tracking technology is offered as a paradigm for nov

251 While viewing social scenes, eye-tracking technology measured visual fixations in 15

252 Here we used novel live eye-tracking technology to evaluate the degree to which

253 Using eye-tracking technology, we aim to examine if there are

254 when subjects are tested using a concurrent eye-tracking test and word-recall test.

255 Eye-tracking test results correlated with expert clinica

256 Eye-tracking test results correlated with expert clinica

257 Eye-tracking tests were administered by staff blind to c

258 ehavioral analyses, including primate-unique eye-tracking tests, in combination with brain imaging vi

259 l social attention is often quantified using eye tracking, these indices may not consistently reflect

260 acy of saccadic eye movements during a novel eye tracking threshold visual field assessment and deter

261 (4)(,)(20-31) Here, we use dual head-mounted eye tracking to examine pathways into and characteristic

262 The authors used eye tracking to examine the effects of antidepressant me

263 Here we combined functional MRI and eye tracking to examine the reading of text presented as

264 We utilized noninvasive infrared eye tracking to further evaluate social processing capab

265 us functional magnetic resonance imaging and eye tracking to investigate this relation in neurotypica

266 ting attributes with separate cues and using eye tracking to measure attention, we demonstrate that O

267 domperidone on core disgust avoidance, using eye tracking to measure implicit (oculomotor) avoidance

268 We used eye tracking to measure spontaneous orienting to letter

269 All children performed eye tracking to measure visual acuity, and 26 children c

270 ntal psychology to computer science, utilize eye tracking to measure visual perception.

271 Using head-mounted eye tracking to record moment-by-moment gaze data from b

272 di, we used electroencephalography (EEG) and eye tracking to suggest that this difference is associat

273 d magnetoencephalography in combination with eye-tracking to assess the neural correlates of a form o

274 This study used eye-tracking to examine how 20-month-old toddlers with a

275 We used eye-tracking to examine the gaze patterns of 6-month-old

276 he study reported here, we used head-mounted eye-tracking to investigate communicative agency in a sa

277 In this project, we leverage webcam-based eye-tracking to study cultural variations of cognitive p

278 ments in virtual reality (VR) and in-headset eye-tracking to test the impact of active vs. passive vi

279 medium (d = 0.36 electrophysiology, d = 0.5, eye-tracking) to large (d = 1.1 theory of mind).

280 approach, combined with precise model-based eye tracking, to recordings from primary visual cortex (

281 oration strategy, as measured by a number of eye tracking variables, was least efficient in the demen

282 Eye tracking was combined with the visual half-field pro

283 Eye tracking was performed with a desk-mounted tracker,

284 Eye tracking was used to psychophysically measure the li

285 Using eye tracking, we link these modelling results to attenti

286 tive optics microstimulation with high-speed eye tracking, we show that retinal function can be probe

287 Here using eye-tracking, we report evidence for a different interpr

288 way how specular reflections can be used for eye tracking: We propose a method for accurate and fast

289 lasma fatty acid content, anthropometry, and eye tracking were secondary outcomes.

290 e pursuit, but many other characteristics of eye tracking were similar between experienced and inexpe

291 his hypothesis in two separate studies using eye tracking while measuring functional brain activity d

292 cal activity and eye movements using EEG and eye tracking while observers searched for multiple possi

293 ombination of electroencephalogram (EEG) and eye tracking while participants searched for two targets

294 feedback using functional brain imaging and eye-tracking whilst presenting an apparent motion illusi

295 Eye movements were recorded by using eye tracking with a desk-mounted tracker.

296 al basis, we used electroencephalography and eye tracking with a task that assessed, in this order, d

297 Wang et al. (2015) combine eye tracking with computational attention models to deci

298 y overcoming a key limitation in integrating eye tracking with fMRI, MoCET enables precise investigat

299 Eye tracking with speech recognition was 92% accurate in

300 ing to demonstrate accurate smartphone-based eye tracking without any additional hardware.