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Liu, Chien-Hsiou; Chiu, Hsiao-Ping; Hsieh, Ching-Lin; Li, Rong-Kwer – Assistive Technology, 2010
Mobile phones are employed as an assistive platform to improve the living quality of individuals who are deaf. However, deaf individuals experience difficulties using existing functions on mobile phones. This study identifies the functions that are inadequate and insufficient for deaf individuals using existing mobile phones. Analytical results…
Descriptors: Deafness, Telecommunications, Usability, Assistive Technology
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Harrison, C. S.; Grant, P. M.; Conway, B. A. – Assistive Technology, 2010
The increasing importance of inclusive design and in particular accessibility guidelines established in the U.K. 1996 Disability Discrimination Act (DDA) has been a prime motivation for the work on wheelchair access, a subset of the DDA guidelines, described in this article. The development of these guidelines mirrors the long-standing provisions…
Descriptors: Computer Simulation, Assistive Technology, Accessibility (for Disabled), Foreign Countries
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Magnier, Cecile; Thomann, Guillaume; Villeneuve, Francois – Assistive Technology, 2012
This article aims to identify the difficulties that may arise when designing assistive devices for disabled children. Seventeen design projects involving disabled children, engineering students, and special schools were analysed. A content analysis of the design reports was performed. For this purpose, a coding scheme was built based on a review…
Descriptors: Assistive Technology, Observation, Content Analysis, Special Schools
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Vincent, Claude; Lachance, Jean-Paul; Deaudelin, Isabelle – Assistive Technology, 2012
This study sought to compare road safety of new drivers with low vision who have followed a specific pilot bioptic training program with other groups of drivers all matched for age and driving experience. A quasi-experimental design was used two years after drivers obtained their license. Drivers were classified in the experimental group (n = 10,…
Descriptors: Control Groups, Accidents, Experimental Groups, Quasiexperimental Design
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Steinfeld, Edward; Maisel, Jordana; Feathers, David; D'Souza, Clive – Assistive Technology, 2010
Space requirements for accommodating wheeled mobility devices and their users in the built environment are key components of standards for accessible design. These requirements typically include dimensions for clear floor areas, maneuvering clearances, seat and knee clearance heights, as well as some reference dimensions on wheeled mobility device…
Descriptors: Assistive Technology, Measurement, Accessibility (for Disabled), Standards
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Murchland, Sonya; Parkyn, Helen – Assistive Technology, 2011
Assistive technology items are frequently prescribed to assist children with physical disabilities to minimise the barriers they experience in undertaking schoolwork. A range of items are recommended from computers to access systems and specialised software. However, it is not known what the range of items that children with physical disabilities…
Descriptors: Physical Disabilities, Computer Software, Educational Technology, Assistive Technology
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Tam, Cynthia; Wells, David – Assistive Technology, 2009
Visual-cognitive loads influence the effectiveness of word prediction technology. Adjusting parameters of word prediction programs can lessen visual-cognitive loads. This study evaluated the benefits of WordQ word prediction software for users' performance when the prediction window was moved to a personal digital assistant (PDA) device placed at…
Descriptors: Assistive Technology, Computer Software, Prediction, Office Occupations
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Murchland, Sonya; Kernot, Jocelyn; Parkyn, Helen – Assistive Technology, 2011
This study explored the levels of satisfaction children 8-18 years experienced with assistive technology items used to assist them in their schoolwork. Modified from the Quebec User Evaluation of Satisfaction (QUEST 2.0), the QUEST 2.1: Children's Version was developed to enable scoring by children with or without parent assistance. The QUEST 2.1:…
Descriptors: Physical Disabilities, Urban Areas, Foreign Countries, Educational Technology
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Garcia, Thais Pousada; Loureiro, Javier Pereira; Gonzalez, Betania Groba; Riveiro, Laura Nieto; Sierra, Alejandro Pazos – Assistive Technology, 2011
The purpose of the study was to determine the use of computers and assistive devices amongst children with cerebral palsy (CP) and establish the satisfaction level of both users and educational staff. The study was carried out with 30 children with cerebral palsy. A questionnaire was designed to characterize the use of new technologies and…
Descriptors: Augmentative and Alternative Communication, Cerebral Palsy, Educational Technology, Social Environment
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Chiang, Hsin-Yu; Liu, Chien-Hsiou – Assistive Technology, 2011
Using assistive reading software may be a cost-effective way to increase the opportunity for independent learning in students with learning disabilities. However, the effectiveness and perception of assistive reading software has seldom been explored in English-as-a-second language students with learning disabilities. This research was designed to…
Descriptors: Assistive Technology, Computer Software, Reading, High School Students
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Schreuer, Naomi – Assistive Technology, 2009
Accommodation of the environment and technology is one of the key mediators of adjustment to disability and participation in community. In this article, accommodations are tested empirically as facilitators of return to work and participation, as defined by the "International Classification of Disability, Function, and Health" (ICF) and…
Descriptors: Assistive Technology, Accessibility (for Disabled), Adults, Physical Disabilities
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Carpe, Alysia; Harder, Katie; Tam, Cynthia; Reid, Denise – Assistive Technology, 2010
Children with physical disabilities (CPD) often experience decreased opportunities to participate in daily occupations. Occupational therapists (OTs) prescribe writing and communication aids; however, little is known about this population's perceptions of the technology. This qualitative study explored the perceptions that CPD had regarding their…
Descriptors: Physical Disabilities, Focus Groups, Assistive Technology, Occupational Therapy
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Bhattacharya, Samit; Basu, Anupam – Assistive Technology, 2009
India is home to a large number of individuals with significant speech and motion impairments. Many of these individuals are children and neo-literates who have little proficiency in their language of communication. In order to cater to such individuals in India, we have developed Sanyog, an icon-based communication aid. Sanyog accepts a sequence…
Descriptors: Augmentative and Alternative Communication, Assistive Technology, Visual Aids, Speech Impairments
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Francis, Peter; Mellor, David; Firth, Lucy – Assistive Technology, 2009
The increasing numbers of technology platforms offer opportunities to develop new visual assistive aids for people with autism. However, their involvement in the design of such aids is critical to their short-term uptake and longer term use. Using a three-round Delphi study involving seven Australian psychologists specializing in treating people…
Descriptors: Delphi Technique, Autism, Psychologists, Assistive Technology
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Burton, Mary; Nieuwenhuijsen, Els R.; Epstein, Marcy J. – Assistive Technology, 2008
Many people with disabilities use assistive technology devices (ATDs) for computer access. The specific focus of this exploratory study was (a) to assess the experiences, opinions, and satisfaction levels of 24 individuals with disabilities using computer-related ATDs; (b) to investigate their awareness of health risk factors related to computer…
Descriptors: Assistive Technology, Access to Computers, Accessibility (for Disabled), Risk