Unterschiede
Hier werden die Unterschiede zwischen zwei Versionen angezeigt.
| Beide Seiten der vorigen RevisionVorhergehende Überarbeitung | |
| lehre:ws18:fsm_18ws:group_i [20.03.2019 09:09] – sej50906 | lehre:ws18:fsm_18ws:group_i [20.03.2019 09:11] (aktuell) – sej50906 |
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| keywords_ : WIP, user study, performance, applications, apps, mobile, dektop | keywords_ : WIP, user study, performance, applications, apps, mobile, dektop |
| photo_img : {:lehre:ws18:fsm_18ws:desktop_mobile.png} | photo_img : {:lehre:ws18:fsm_18ws:desktop_mobile.png} |
| shortdescription : We want to compare mobile and desktop devices with regard to user performance metrics, like task completion time and error rate. | shortdescription : The two main contexts of human computer interaction are stationary and mobile. It is not clear how the different use behavior and form factors of stationary and mobile computers lead to different interaction styles and could affect user performance. Therefore, in this paper we researched the user task performance differences between mobile and desktop devices. Furthermore, as a preparation, we researched common tasks for both system types in focus groups. From these results, we constructed three tasks for our main study which we conducted with 34 participants. We conclude that for our subset of possible comparable tasks no system performed overall better at each of our three tasks. Only for one task containing writing the desktop system performed significant better in regard to task completion time and error rate. Also raised NASA TLX scores for the respective tasks showed no significant difference between mobile and desktop devices with regard on the perceived mental load. |
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| ==== Abstract ==== | |
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| The two main contexts of human computer interaction are stationary and mobile. It is not clear how the different use behavior and form factors of stationary and mobile computers lead to different interaction styles and could affect user performance. Therefore, in this paper we researched the user task performance differences between mobile and desktop devices. Furthermore, as a preparation, we researched common tasks for both system types in focus groups. From these results, we constructed three tasks for our main study which we conducted with 34 participants. We conclude that for our subset of possible comparable tasks no system performed overall better at each of our three tasks. Only for one task containing writing the desktop system performed significant better in regard to task completion time and error rate. Also raised NASA TLX scores for the respective tasks showed no significant difference between mobile and desktop devices with regard on the perceived mental load. | |
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| ==== Goals ==== | ==== Goals ==== |