Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Touch or click friendly: Towards adaptive user interfaces for complex applications

View through CrossRef
This study evaluated the usability of a direct manipulation device (touchscreen) vs. indirect manipulation devices (mouse and touchpad) on the selected Microsoft (MS) Word tasks as per ISO-9241-11 standard. MS Word was taken as an example of a complex application. The tasks were evaluated in terms of touch-friendly or click-friendly using efficiency, effectiveness, and satisfaction parameters to propose a customized task menu. The experiment was conducted with fifty-four participants, divided into three MS Word usage-based expertise groups. Each participant performed fifty-six tasks using a mouse, a touchpad, and a touchscreen. To assess task-level usability, individual one-way ANOVAs were performed for each task to gauge both efficiency and effectiveness. It’s worth noting that the touchscreen significantly outperformed other input methods in just one specific task regarding effectiveness. Consequently, an ANCOVA was employed, with task completion time as the independent variable and the number of errors as a covariate, to further investigate effectiveness. A total of 19 (34%) of the total tasks were found to be significantly efficient with a mouse, while 21 (37.5%) were significantly efficient with a touchscreen. Based on the results, a customized menu is recommended for MS Word-like applications that combine actions in touch-friendly tasks and mouse-friendly tasks separately.
Title: Touch or click friendly: Towards adaptive user interfaces for complex applications
Description:
This study evaluated the usability of a direct manipulation device (touchscreen) vs.
indirect manipulation devices (mouse and touchpad) on the selected Microsoft (MS) Word tasks as per ISO-9241-11 standard.
MS Word was taken as an example of a complex application.
The tasks were evaluated in terms of touch-friendly or click-friendly using efficiency, effectiveness, and satisfaction parameters to propose a customized task menu.
The experiment was conducted with fifty-four participants, divided into three MS Word usage-based expertise groups.
Each participant performed fifty-six tasks using a mouse, a touchpad, and a touchscreen.
To assess task-level usability, individual one-way ANOVAs were performed for each task to gauge both efficiency and effectiveness.
It’s worth noting that the touchscreen significantly outperformed other input methods in just one specific task regarding effectiveness.
Consequently, an ANCOVA was employed, with task completion time as the independent variable and the number of errors as a covariate, to further investigate effectiveness.
A total of 19 (34%) of the total tasks were found to be significantly efficient with a mouse, while 21 (37.
5%) were significantly efficient with a touchscreen.
Based on the results, a customized menu is recommended for MS Word-like applications that combine actions in touch-friendly tasks and mouse-friendly tasks separately.

Related Results

[RETRACTED] Keanu Reeves CBD Gummies v1
[RETRACTED] Keanu Reeves CBD Gummies v1
[RETRACTED]Keanu Reeves CBD Gummies ==❱❱ Huge Discounts:[HURRY UP ] Absolute Keanu Reeves CBD Gummies (Available)Order Online Only!! ❰❰= https://www.facebook.com/Keanu-Reeves-CBD-G...
Autonomic modulations to cardiac dynamics in response to affective touch: Differences between social touch and self-touch
Autonomic modulations to cardiac dynamics in response to affective touch: Differences between social touch and self-touch
Abstract The autonomic nervous system plays a vital role in self-regulation and responding to environmental demands. Autonomic dynamics have been hypothesized to be...
Miscellaneous Click and Click-like Reactions in Polymer Science
Miscellaneous Click and Click-like Reactions in Polymer Science
Click chemistry approaches have directed the materials research community to access a diverse range of complex polymeric systems. Click chemistry involves exploiting the easy-to-ex...
Dynamics of sensorimotor reweighting: How light touch alters vestibular-evoked balance responses
Dynamics of sensorimotor reweighting: How light touch alters vestibular-evoked balance responses
Abstract Integrated multisensory feedback plays a crucial role in balance control. Minimal fingertip contact with a surface (light-touch), reduces center of pressur...
Vicarious touch: a potential substitute for social touch during touch deprivation
Vicarious touch: a potential substitute for social touch during touch deprivation
Restricted interpersonal touch experiences, for instance due to COVID-19 social distancing measures, results in detrimental effects on anxiety, loneliness and psychological well-be...
Touch in Psychotherapy: Experiences, desires and attitudes in a large population survey
Touch in Psychotherapy: Experiences, desires and attitudes in a large population survey
The therapeutic effects of touch have been long reported. However, in the field of psychotherapy touch is the exception and talking therapies are the norm. Critically, evidence on ...
Click-Prep: An Interactive Data Preparation Tool for Click-qPCR
Click-Prep: An Interactive Data Preparation Tool for Click-qPCR
Abstract Click-qPCR is a browser-based application for relative qPCR analysis that requires a tidy-format CSV file containing four columns: sampl...
Click Chemistry for Hi-tech Industrial Applications
Click Chemistry for Hi-tech Industrial Applications
The fast-growing subject of “click” chemistry has become an effective tool for hi-tech industrial applications. The goal of this chapter is to give readers an overview of the numer...

Back to Top