Investigating contributions of eye-tracking to website usability testing

Research applying eye-tracking to usability testing is increasing in popularity. A great deal of data can be obtained with eye-tracking, but there is little guidance as to how eye-movement data can be used in software usability testing. In the current study, users’ eye-movements were recorded while...

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Bibliographic Details
Main Author: Russell, Mark C.
Other Authors: Chaparro, Barbara S.
Format: Others
Language:en_US
Published: 2007
Subjects:
Online Access:http://hdl.handle.net/10057/686
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spelling ndltd-WICHITA-oai-soar.wichita.edu-10057-6862013-04-19T21:00:20ZInvestigating contributions of eye-tracking to website usability testingRussell, Mark C.Eye-trackingWebsiteUsabilityPsychologyResearch applying eye-tracking to usability testing is increasing in popularity. A great deal of data can be obtained with eye-tracking, but there is little guidance as to how eye-movement data can be used in software usability testing. In the current study, users’ eye-movements were recorded while they completed a series of tasks on one of three e-commerce websites specializing in educational toys. Four main research questions were addressed in this study: (1) Are eye-tracking measures correlated with the more traditional measures of website usability (e.g., success, time on task, number of pages visited); (2) Are eye-tracking measures sensitive to differences in task difficulty; (3) Are eye-tracking measures sensitive to differences in site usability; and (4) How does the design of a website drive user eye-movements? Traditional usability performance measures consisted of time on task, number of pages visited, and perceived task difficulty. Eye-tracking measures included the number of fixations, total dwell time, and average fixation duration. In general, all these measures were found to be highly correlated with one another, with the exception of average fixation duration. The two groups of measures generally agreed on differences in task difficulty; tasks showing high scores on one variable (e.g., time on task) showed high results on other measures (e.g., number of fixations). Similar agreement among measures was observed in comparisons of the sites on each task. The unique contributions of eye-tracking to usability testing were best realized in qualitative examinations of eye-tracking data in relation to specific areas of interest (AOIs) on site pages, which demonstrated this to be a useful tool in understanding how aspects of design may drive users’ visual exploration of a web page.Thesis (Ph.D.)--Wichita State University, College of Liberal Arts and Sciences, Dept. of Psychology."May 2005."Chaparro, Barbara S.2007-08-20T03:14:00Z2007-08-20T03:14:00Z20062005-05Dissertation5694620 bytesapplication/pdf0542312581AAT 3189243 ProQuestd05018http://hdl.handle.net/10057/686en_USCopyright Mark C.Russell, 2005. All rights reserved.
collection NDLTD
language en_US
format Others
sources NDLTD
topic Eye-tracking
Website
Usability
Psychology
spellingShingle Eye-tracking
Website
Usability
Psychology
Russell, Mark C.
Investigating contributions of eye-tracking to website usability testing
description Research applying eye-tracking to usability testing is increasing in popularity. A great deal of data can be obtained with eye-tracking, but there is little guidance as to how eye-movement data can be used in software usability testing. In the current study, users’ eye-movements were recorded while they completed a series of tasks on one of three e-commerce websites specializing in educational toys. Four main research questions were addressed in this study: (1) Are eye-tracking measures correlated with the more traditional measures of website usability (e.g., success, time on task, number of pages visited); (2) Are eye-tracking measures sensitive to differences in task difficulty; (3) Are eye-tracking measures sensitive to differences in site usability; and (4) How does the design of a website drive user eye-movements? Traditional usability performance measures consisted of time on task, number of pages visited, and perceived task difficulty. Eye-tracking measures included the number of fixations, total dwell time, and average fixation duration. In general, all these measures were found to be highly correlated with one another, with the exception of average fixation duration. The two groups of measures generally agreed on differences in task difficulty; tasks showing high scores on one variable (e.g., time on task) showed high results on other measures (e.g., number of fixations). Similar agreement among measures was observed in comparisons of the sites on each task. The unique contributions of eye-tracking to usability testing were best realized in qualitative examinations of eye-tracking data in relation to specific areas of interest (AOIs) on site pages, which demonstrated this to be a useful tool in understanding how aspects of design may drive users’ visual exploration of a web page. === Thesis (Ph.D.)--Wichita State University, College of Liberal Arts and Sciences, Dept. of Psychology. === "May 2005."
author2 Chaparro, Barbara S.
author_facet Chaparro, Barbara S.
Russell, Mark C.
author Russell, Mark C.
author_sort Russell, Mark C.
title Investigating contributions of eye-tracking to website usability testing
title_short Investigating contributions of eye-tracking to website usability testing
title_full Investigating contributions of eye-tracking to website usability testing
title_fullStr Investigating contributions of eye-tracking to website usability testing
title_full_unstemmed Investigating contributions of eye-tracking to website usability testing
title_sort investigating contributions of eye-tracking to website usability testing
publishDate 2007
url http://hdl.handle.net/10057/686
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