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- 01J17BG4XZD6E1W56Y8C9PYKWT classification A1.
- 01J17BG4XZD6E1W56Y8C9PYKWT date "2024".
- 01J17BG4XZD6E1W56Y8C9PYKWT language "eng".
- 01J17BG4XZD6E1W56Y8C9PYKWT type journalArticle.
- 01J17BG4XZD6E1W56Y8C9PYKWT hasPart 01J17BMBMCJACAGFK7S9B2P6FA.pdf.
- 01J17BG4XZD6E1W56Y8C9PYKWT subject "Earth and Environmental Sciences".
- 01J17BG4XZD6E1W56Y8C9PYKWT subject "Social Sciences".
- 01J17BG4XZD6E1W56Y8C9PYKWT doi "10.1080/24694452.2024.2353845".
- 01J17BG4XZD6E1W56Y8C9PYKWT issn "2469-4452".
- 01J17BG4XZD6E1W56Y8C9PYKWT issn "2469-4460".
- 01J17BG4XZD6E1W56Y8C9PYKWT issue "7".
- 01J17BG4XZD6E1W56Y8C9PYKWT volume "114".
- 01J17BG4XZD6E1W56Y8C9PYKWT abstract "Cartographic maps are ubiquitous in spatial activities such as localization, navigation, and travel exploration. Understanding how the map users interact with maps remains a challenge, however. Research to date has focused on the overt aspects of map users' cognitive processes, using conventional empirical methods and eye tracking, but the covert aspects (e.g., brain activity) have been largely neglected. In this study, participants used Google Maps for four everyday tasks: global search, distance comparison, route following, and route planning. We recorded and analyzed users' attention-related visual (eye movement measures by eye tracking) and electrophysiological (fixation-evoked P3-ERP and task-induced alpha/theta ERD/ERS by scalp electroencephalograms) responses. Results demonstrated efficient visual processing and expanded spatial exploration in global search and distance comparison tasks. Interestingly, more attentional resources were devoted to recognizing whether information matches or not in global search tasks, as shown by the larger P3 component for the map target. In contrast, route following and route planning tasks required intensified attention for information decoding and complicated cognitive processes, focusing predominantly on pertinent narrow map regions. Our findings highlight that the visual and electrophysiological signatures effectively capture the heterogeneity of user attention during different map tasks.".
- 01J17BG4XZD6E1W56Y8C9PYKWT author 4a938c97-e101-11eb-addc-a80fc3255b4e.
- 01J17BG4XZD6E1W56Y8C9PYKWT author F5A33088-F0ED-11E1-A9DE-61C894A0A6B4.
- 01J17BG4XZD6E1W56Y8C9PYKWT author F609BB46-F0ED-11E1-A9DE-61C894A0A6B4.
- 01J17BG4XZD6E1W56Y8C9PYKWT author c017bd79-e5d3-11e9-b023-84df6f2f23e5.
- 01J17BG4XZD6E1W56Y8C9PYKWT dateCreated "2024-06-25T09:26:44Z".
- 01J17BG4XZD6E1W56Y8C9PYKWT dateModified "2024-12-12T20:53:22Z".
- 01J17BG4XZD6E1W56Y8C9PYKWT name "Differentiating everyday map tasks : unique attention-related eye movements and electrophysiological signatures of map use".
- 01J17BG4XZD6E1W56Y8C9PYKWT pagination urn:uuid:65703005-29d6-4f19-aa06-2fc701ee507e.
- 01J17BG4XZD6E1W56Y8C9PYKWT sameAs LU-01J17BG4XZD6E1W56Y8C9PYKWT.
- 01J17BG4XZD6E1W56Y8C9PYKWT sourceOrganization urn:uuid:a85ef6a4-83ff-4265-a759-95225483184e.
- 01J17BG4XZD6E1W56Y8C9PYKWT sourceOrganization urn:uuid:e9ca6376-143f-4db3-8913-49dc59b29522.
- 01J17BG4XZD6E1W56Y8C9PYKWT type A1.