AbstractWe characterised the impact of spatial frequency and contrast on saccade latencies to single Gabor patches. Saccade latencies decreased as a function of contrast, and increased with spatial frequency. The observed latency variations are qualitatively similar to those observed for manual reaction times. For single target detection, our findings highlight the similarity in the visual processes that support both saccadic and manual responses
AbstractPrevious work has shown that during saccadic eye movements, contrast sensitivity for low spa...
Recent theories of visual attention, such as the oculomotor readiness theory of Klein (1980), the pr...
Previous work has shown that during saccadic eye movements, contrast sensitivity for low spatial fre...
AbstractWe characterised the impact of spatial frequency and contrast on saccade latencies to single...
AbstractWe compared the spatio-temporal tuning of perception to the mechanisms that drive saccadic e...
We have previously shown that when a stimulus consisting of two concentric rings moves, saccade late...
Two experiments were conducted to examine the influence of the spatial frequency content of natural ...
AbstractLuminance contrast and spatial frequency have a strong effect on when saccades are initiated...
We present two experiments in which subjects were required to make a saccade to a target amongst dis...
AbstractThe effect of spatial frequency adaptation on detection response time was studied using 2-D ...
AbstractWe present two experiments in which subjects were required to make a saccade to a target amo...
Remote transient changes in the environment, such as the onset of visual distractors, impact on the ...
Action and perception are intimately coupled systems. One clear case is saccadic suppression, the re...
Spatial attention permits to allocate more processing resources to a restricted portion of the visua...
AbstractNormal human saccadic reaction times (SRTs) have been thought to be approximately 200ms. The...
AbstractPrevious work has shown that during saccadic eye movements, contrast sensitivity for low spa...
Recent theories of visual attention, such as the oculomotor readiness theory of Klein (1980), the pr...
Previous work has shown that during saccadic eye movements, contrast sensitivity for low spatial fre...
AbstractWe characterised the impact of spatial frequency and contrast on saccade latencies to single...
AbstractWe compared the spatio-temporal tuning of perception to the mechanisms that drive saccadic e...
We have previously shown that when a stimulus consisting of two concentric rings moves, saccade late...
Two experiments were conducted to examine the influence of the spatial frequency content of natural ...
AbstractLuminance contrast and spatial frequency have a strong effect on when saccades are initiated...
We present two experiments in which subjects were required to make a saccade to a target amongst dis...
AbstractThe effect of spatial frequency adaptation on detection response time was studied using 2-D ...
AbstractWe present two experiments in which subjects were required to make a saccade to a target amo...
Remote transient changes in the environment, such as the onset of visual distractors, impact on the ...
Action and perception are intimately coupled systems. One clear case is saccadic suppression, the re...
Spatial attention permits to allocate more processing resources to a restricted portion of the visua...
AbstractNormal human saccadic reaction times (SRTs) have been thought to be approximately 200ms. The...
AbstractPrevious work has shown that during saccadic eye movements, contrast sensitivity for low spa...
Recent theories of visual attention, such as the oculomotor readiness theory of Klein (1980), the pr...
Previous work has shown that during saccadic eye movements, contrast sensitivity for low spatial fre...