In previous research, microsaccades have been suggested as psychophysiological indicators of task load. So far, it is still under debate how different types of task demands are influencing microsaccade rate. This piece of research examines the relation between visual load, mental load and microsaccade rate. Fourteen participants carried out a continuous performance task (n-back), in which visual (letters vs. abstract figures) and mental task load (1-back to 4-back) were manipulated as within-subjects variables. Eye tracking data, performance data as well as subjective workload were recorded. Data analysis revealed an increased level of microsaccade rate for stimuli of high visual demand (i.e. abstract figures), while mental demand (n-back-l...
Mental workload is commonly defined as the proportion of a person's total mental capacity in use at ...
Ocular activity is known to be sensitive to variations in mental workload, and recent studies have s...
The present study investigated the effects of task type (cognitive vs. sensory) and source complexit...
In previous research, microsaccades have been suggested as psychophysiological indicators of task lo...
Pupil diameter and microsaccades are captured by an eye tracker and compared for their suitability a...
Pupil diameter and microsaccades are captured by an eye tracker and compared for their suitability a...
Understanding our visual world requires both looking and seeing. Dissociation of these processes can...
Abstract Selective spatial attention enhances task performance at restricted regions within the visu...
It has been shown that the attentional state affects the properties of microsaccade. In this study, ...
AbstractTo clarify the relation between attention and microsaccades, we monitored microsaccades whil...
Microsaccade rates and directions were monitored while observers performed a visual working memory t...
Thesis (Ph.D.)--Wichita State University, College of Liberal Arts and Sciences, Dept. of PsychologyT...
Microsaccade rates and directions were monitored while observers performed a visual working memory t...
Our eyes are always in motion. Even during periods of relative fixation we produce so-called ‘fixati...
This research describes an approach to objective assessment of mental workload, by analyzing differe...
Mental workload is commonly defined as the proportion of a person's total mental capacity in use at ...
Ocular activity is known to be sensitive to variations in mental workload, and recent studies have s...
The present study investigated the effects of task type (cognitive vs. sensory) and source complexit...
In previous research, microsaccades have been suggested as psychophysiological indicators of task lo...
Pupil diameter and microsaccades are captured by an eye tracker and compared for their suitability a...
Pupil diameter and microsaccades are captured by an eye tracker and compared for their suitability a...
Understanding our visual world requires both looking and seeing. Dissociation of these processes can...
Abstract Selective spatial attention enhances task performance at restricted regions within the visu...
It has been shown that the attentional state affects the properties of microsaccade. In this study, ...
AbstractTo clarify the relation between attention and microsaccades, we monitored microsaccades whil...
Microsaccade rates and directions were monitored while observers performed a visual working memory t...
Thesis (Ph.D.)--Wichita State University, College of Liberal Arts and Sciences, Dept. of PsychologyT...
Microsaccade rates and directions were monitored while observers performed a visual working memory t...
Our eyes are always in motion. Even during periods of relative fixation we produce so-called ‘fixati...
This research describes an approach to objective assessment of mental workload, by analyzing differe...
Mental workload is commonly defined as the proportion of a person's total mental capacity in use at ...
Ocular activity is known to be sensitive to variations in mental workload, and recent studies have s...
The present study investigated the effects of task type (cognitive vs. sensory) and source complexit...