Abstract. In this contribution, we investigate the interrelation between visual focus and higher-level cognitive processing during diagrammatic problem solving. It is argued that eye movement data can be employed for the detection and prediction of model selection in mental model-based reasoning contexts. The argument is substantiated by results from an explorative eye tracking study. Implications for the role of cognitive models in human-computer collaborative reasoning and potential application domains are discussed
Abstract. Eye-tracking equipment has proven useful in examining the cognitive processes people use w...
In this paper a cognitive model for visual attention is introduced. The cognitive model is part of t...
This article investigates the relationship between visual mental representations and spatial mental ...
Collaborative human-computer reasoning creates asymmetric reasoning situations in which the human an...
Collaborative human-computer reasoning creates asymmetric reasoning situations in which the human an...
Abstract. This paper presents results showing that eye movements reflect spa-tial relations in menta...
How can human diagram-based spatial problem solving be computationally modeled so that the resulting...
Overt visual attention during diagram-based problem solving, as measured by eye movements, has been ...
Empirical findings indicate that humans draw infer- ences about spatial arrangements by constructing...
This research investigates the cognitive strategies and eye movements that people use to search for ...
This paper presents a case study of following visual attention during collaborative geometry problem...
Shared mental models of the team and task have been shown to facilitate better team processes (e.g. ...
Conceptual models are used to communicate information about a domain during the development of infor...
Many spatial reasoning tasks involve external diagrams and mental images. Successful problem solving...
The impact of visual computer displays on different types of scientific problem solving and the impr...
Abstract. Eye-tracking equipment has proven useful in examining the cognitive processes people use w...
In this paper a cognitive model for visual attention is introduced. The cognitive model is part of t...
This article investigates the relationship between visual mental representations and spatial mental ...
Collaborative human-computer reasoning creates asymmetric reasoning situations in which the human an...
Collaborative human-computer reasoning creates asymmetric reasoning situations in which the human an...
Abstract. This paper presents results showing that eye movements reflect spa-tial relations in menta...
How can human diagram-based spatial problem solving be computationally modeled so that the resulting...
Overt visual attention during diagram-based problem solving, as measured by eye movements, has been ...
Empirical findings indicate that humans draw infer- ences about spatial arrangements by constructing...
This research investigates the cognitive strategies and eye movements that people use to search for ...
This paper presents a case study of following visual attention during collaborative geometry problem...
Shared mental models of the team and task have been shown to facilitate better team processes (e.g. ...
Conceptual models are used to communicate information about a domain during the development of infor...
Many spatial reasoning tasks involve external diagrams and mental images. Successful problem solving...
The impact of visual computer displays on different types of scientific problem solving and the impr...
Abstract. Eye-tracking equipment has proven useful in examining the cognitive processes people use w...
In this paper a cognitive model for visual attention is introduced. The cognitive model is part of t...
This article investigates the relationship between visual mental representations and spatial mental ...