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DEVELOPMENT OF A GEOREFERENCED EYE-MOVEMENT DATA CREATION TOOL FOR INTERACTIVE WEB MAPS
Title statement DEVELOPMENT OF A GEOREFERENCED EYE-MOVEMENT DATA CREATION TOOL FOR INTERACTIVE WEB MAPS [rukopis] / Minha Noor Sultan Additional Variant Titles DEVELOPMENT OF A GEOREFERENCED EYE-MOVEMENT DATA CREATION TOOL FOR INTERACTIVE WEB MAPS Personal name Sultan, Minha Noor, (dissertant) Translated title DEVELOPMENT OF A GEOREFERENCED EYE-MOVEMENT DATA CREATION TOOL FOR INTERACTIVE WEB MAPS Issue data 2021 Phys.des. 73 p. (98 925 characters) : il., grafy + Bound Attachments Attachment 1: Code Snippets of ET2Spatial. Attachment 2: Guide text on how to run tool. Free Attachments Attachment 3: Poster Attachment 4: DVD Note Oponent Alena Vondráková Ved. práce Stanislav Popelka Another responsib. Vondráková, Alena, 1985- (opponent) Popelka, Stanislav, 1986- (thesis advisor) Another responsib. Univerzita Palackého v Olomouci. Přírodovědecká fakulta. Katedra geoinformatiky (degree grantor) Keywords Utility * eye-tracking * georeferencing * interactivity * user-logging * GIS * Utility * eye-tracking * georeferencing * interactivity * user-logging * GIS Form, Genre diplomové práce master's theses UDC (043)378.2 Country Česko Language angličtina Document kind PUBLIKAČNÍ ČINNOST Title Mgr. Degree program Navazující Degree program Geoinformatics and Cartography Degreee discipline Geoinformatics and Cartography 
book
Kvalifikační práce Downloaded Size datum zpřístupnění 00272442-569017142.pdf 22 6.1 MB 20.05.2021 Posudek Typ posudku 00272442-ved-721427914.pdf Posudek vedoucího 00272442-opon-850162727.pdf Posudek oponenta Ostatní přílohy Size Popis 00272442-other-908125126.pdf 24.6 MB
This thesis study focuses on the development of a utility tool for the analysis of eye-tracking data recorded on interactive web maps. The tool simplifies the labour-intensive task of frame-by-frame analysis of screen recordings with overlaid eye-tracking data in the current eye-tracking eco-systems. The tool's main functionality is to convert the screen coordinates of participant's gaze to real world coordinates and allow exports in commonly used spatial data formats. This study explores the existing state-of-art in an eye-tracking analysis of dynamic cartographic products as well as the research and technology aiming at improving the analysis techniques. The product of this thesis, called ET2Spatial, is tested in depth in terms of performance and accuracy. Several use-case scenarios of the tool are demonstrated in the evaluation section, and the capabilities of GIS software for visualizing and analysing eye-tracking data are investigated. The tool and associated pilot studies aim to enhance the research capabilities in the field of eye-tracking in Geovisualization.This thesis study focuses on the development of a utility tool for the analysis of eye-tracking data recorded on interactive web maps. The tool simplifies the labour-intensive task of frame-by-frame analysis of screen recordings with overlaid eye-tracking data in the current eye-tracking eco-systems. The tool's main functionality is to convert the screen coordinates of participant's gaze to real world coordinates and allow exports in commonly used spatial data formats. This study explores the existing state-of-art in an eye-tracking analysis of dynamic cartographic products as well as the research and technology aiming at improving the analysis techniques. The product of this thesis, called ET2Spatial, is tested in depth in terms of performance and accuracy. Several use-case scenarios of the tool are demonstrated in the evaluation section, and the capabilities of GIS software for visualizing and analysing eye-tracking data are investigated. The tool and associated pilot studies aim to enhance the research capabilities in the field of eye-tracking in Geovisualization.
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