How the Fields of Rehabilitation Science and Human-centered Computing Utilize Emerging Technologies to Create Assistive Technology: An In-Progress Scoping Review
Oct 2026· Proceedings of the 2026 28th International ACM SIGACCESS Conference on Computers and Accessibility· pp. 1-4· 0 citations· 20 references
TL;DR
An open access, comprehensive protocol developed to mitigate geographical and language biases during comprehensive literature searching is described and an active data extraction framework designed to analyze interdisciplinary collaboration, methodological choices, and deployment settings is outlined.
Abstract
The fields of Rehabilitation Science and Human-Computer Interaction (HCI) both contribute to the development of assistive technologies (AT). However, they often operate in disciplinary silos with distinct methodologies, vocabularies, and deployment strategies. This paper presents the protocol and in-progress execution of a comprehensive scoping review mapping how both fields have utilized emerging technologies (e.g., artificial intelligence, digital fabrication, robotics, etc.) over time to create or augment AT. We compiled a multi-database search strategy spanning medical, engineering, and computing repositories. Crucially, we describe an open access, comprehensive protocol developed to mitigate geographical and language biases during comprehensive literature searching. Having concluded title and abstract screening, we outline our active data extraction framework designed to analyze interdisciplinary collaboration, methodological choices, and deployment settings.
This critical review aimed to identify and compare standardised instruments, frameworks and structured procedures for evaluating AI-enabled assistive technologies and to determine the extent to which they connect AI-specific properties with the goals of persons with disabilities, activities, participation and environme...
Background The rapid integration of Artificial Intelligence (AI) into healthcare and industry is often framed as a threat to human roles. Within rehabilitation and occupational health, this polarized discourse risks obscuring more nuanced possibilities for human-AI collaboration. Objective This article challenges the d...
OBJECTIVE
By 2050, about 3.5 billion people will require assistive technologies, with over 2.5 billion already rely on multiple devices to support their participation in the built environment. There is a need to develop an integrated and inclusive built environment that effectively incorporates assistive technology inn...
Nuratiqah Aisyah Awang, N. Mahyuddin, A. Jamaludin et al.· Disability and Rehabilitatio...· 0 citations
AI assistive technologies for low vision demonstrate technical feasibility with promising performance, however, important evidence gaps limit clinical application: the absence of prospective validation, limited comparative effectiveness data, and minimal patient-centered outcomes.
Kenneth Bempah Karikari, J. Ampong, S. Agyekum et al.· Frontiers in Digital Health· 0 citations
Interaction with physical objects plays a key role in the development, assessment, and treatment of cognitive and motor skills across the lifespan. In recent years, this interaction has been enhanced by smart objects, namely everyday items augmented with embedded sensing, processing, and feedback capabilities. These ob...
Lorenzo Pugi, L. Fiorini, Marco Vincenzo Maselli et al.· Italian National Conference...· 0 citations
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