In this dissertation, Kristien Ooms investigates how novice and expert map users read, interpret, store, and use the visual information presented on screen maps. A combination of techniques is applied during a number of subsequent user studies, which focussed on different aspects on the users’ cognitive processes. The obtained eye tracking data, reaction time measurements, thinking aloud protocols, sketch maps, and questionnaires are analysed quantitatively and qualitatively. These insights are used to formulate recommendations for an effective map design
About ten years ago, Howard and MacEachren (1996) predicted that digital “softcopy ” maps were becom...
It is often implicitly assumed by researchers that their readers understand what cognitive map and ...
Map perception consists of numerous processes of information processing, taking place almost simulta...
In this dissertation, Kristien Ooms investigates how novice and expert map users read, interpret, st...
The aim of this paper is to gain better understanding of the way map users read and interpret the vi...
The experiments described in this article combine response time measurements and eye movement data t...
This paper aims to extend current research regarding map users' cognitive processes while working wi...
This paper explores map users' cognitive processes in learning, acquiring and remembering informatio...
Recently, the use of eye tracking systems has been introduced in the field of cartography and GIS to...
International audienceEye tracking constitutes a valuable tool for the examination of human visual b...
Digital maps have become an integral part of people’s daily lives, helping to convey numerous kinds ...
Recently, the use of eye tracking systems has been introduced in the field of cartography and GIS to...
This study investigates how expert and novice map users’ attention is influenced by the map design c...
Maps (e.g., Google maps), as visual abstract information of the geographic environments, have irrepl...
Wilson’s (1998) notion of consilience among disciplines should be a goal for cartographers. Consilie...
About ten years ago, Howard and MacEachren (1996) predicted that digital “softcopy ” maps were becom...
It is often implicitly assumed by researchers that their readers understand what cognitive map and ...
Map perception consists of numerous processes of information processing, taking place almost simulta...
In this dissertation, Kristien Ooms investigates how novice and expert map users read, interpret, st...
The aim of this paper is to gain better understanding of the way map users read and interpret the vi...
The experiments described in this article combine response time measurements and eye movement data t...
This paper aims to extend current research regarding map users' cognitive processes while working wi...
This paper explores map users' cognitive processes in learning, acquiring and remembering informatio...
Recently, the use of eye tracking systems has been introduced in the field of cartography and GIS to...
International audienceEye tracking constitutes a valuable tool for the examination of human visual b...
Digital maps have become an integral part of people’s daily lives, helping to convey numerous kinds ...
Recently, the use of eye tracking systems has been introduced in the field of cartography and GIS to...
This study investigates how expert and novice map users’ attention is influenced by the map design c...
Maps (e.g., Google maps), as visual abstract information of the geographic environments, have irrepl...
Wilson’s (1998) notion of consilience among disciplines should be a goal for cartographers. Consilie...
About ten years ago, Howard and MacEachren (1996) predicted that digital “softcopy ” maps were becom...
It is often implicitly assumed by researchers that their readers understand what cognitive map and ...
Map perception consists of numerous processes of information processing, taking place almost simulta...