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Automatic Ability-Based Design (AutoABD): A Novel Framework for Accessible Technology Evaluated on Visual Abilities
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AI
DOI：10.1080/10447318.2025.2596314.png)
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Abstract
En 中文
Humans automatically adapt to their interlocutors, making human-human interaction universally accessible. In contrast, technology's accessibility remains overlooked, delayed, or incomplete. To improve accessibility, many design frameworks, like Ability-Based Design (ABD), have emerged. However, to mimic human adaptation, a system must first accurately assess the interlocutors' abilities. Thus, we propose autoABD, a novel framework rendering ABD automatic via an autonomous assessment of user abilities. We test autoABD with a study including blind and sighted participants. The model's scores, based on participants' eye gaze behavior, differed significantly between both groups (t(14)=5.15, p<.001), allowing the correct classification of 15/16 participants. Equivalent accessibility was demonstrated (W=5.0, p=0.042). Interviews confirmed technology's lack of accessibility, highlighting the need for such a framework. autoABD's feasibility was established for visual abilities, providing a foundation for broader application. Extending it to other abilities will enable systems to adapt to any user, thus preventing the exclusion of users with impairments.
Keywords:
Ability-based design
accessibility
design framework
abilities assessment
vision impairment
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