Interactions between landscape elements and tranquility evaluation based on eye tracking experiments

Interactions between landscape elements and tranquility evaluation based on eye tracking experiments (L).

Visual attention in tranquility evaluations has been examined by eye tracking experiments using audiovisual materials collected in traditional villages of China. The results show that without sound stimuli, the attention areas in tranquility evaluations are more concentrated, compared with those in visual aesthetic quality evaluations. With sound stimuli, the attention areas of tranquility eval...

Semantic Research of Military Icons Based on Behavioral Experiments and Eye-Tracking Experiments

As a type of symbol, there are four dimensions in icons’ symbolic interpretation, namely semantic, syntactic, contextual and pragmatic dimension. Among those dimensions, semantic dimension is the most important one in user’s cognitive analysis. Based on the representation of semantics, icons can be classified into four types, namely function-metaphor, operation-metaphor, object-metaphor and mea...

Analysis of eye-tracking experiments performed on a Tobii T60

Commercial eye-gaze trackers have the potential to be an important tool for quantifying the benefits of new visualization techniques. The expense of such trackers has made their use relatively infrequent in visualization studies. As such, it is difficult for researchers to compare multiple devices – obtaining several demonstration models is impractical in cost and time, and quantitative measure...

Eye Tracking Experiments on Process Model Comprehension: Lessons Learned

For documenting business processes, there exists a plethora of process modeling languages. In this context, graphical process models are used to enhance the process comprehensibility of the stakeholders involved. The large number of available modeling languages, however, aggravates process model comprehension and increases the knowledge gap between domain and modeling experts. Upon this, one ma...

Advanced Map Optimalization Based on Eye-Tracking