Purpose: The aim of this paper is to explore, analyse and summarise the potential tangible user interface (TUI) design features for dyslexics learning to read and spell. Design/methodology/approach: This study adopts a systematic literature review method through a manual search of published papers from 2011. This systematic literature review…

This study explores 67 experimental research articles written about children with Autism Spectrum Disorder using high-tech devices. The studies in this research were accessed through EBSCO, Academic Search Complete, ERIC, and Uludag University online search engines using keywords such as "autism and technology", "autism and…

Although legislation mandates that students with autism receive instruction linked to the general education core content, there is limited research supporting the effectiveness of interventions for teaching core content to these students. In this study, the author reviewed research conducted between the years 1997 and 2008 using computer-assisted…

Discusses the rich potential of Logo (a computer programing system for children) and particularly LogoWriter (its word processor) as learning tools in the language arts. Cautions against their use as rote exercises. (SR)

This article presents both the factors involved in successful speech input use and the potential barriers that may suggest that other access technologies could be more appropriate for a given individual. Speech input options that are available are reviewed and strategies for optimizing use of speech recognition technology are discussed. (Contains…

This paper examines the goal of providing transparent computer access to people with disabilities, especially those with visual impairments. First, four basic strategies to provide this population with access to technology are identified: (1) building features into the computer, operating system, or application programs; (2) using adaptive…

A gender gap between boys and girls has been reported in computer usage. Graphics may play a role in bridging that gap because of their motivational value. The literature reports gender differences regarding graphic content, color, detail, size, and movement. Based on these findings, preliminary design guidelines for graphics in computer-based…

This article highlights the theoretical framework that dominated speech-language pathology prior to the widespread introduction of microcomputers and poses questions regarding the application of computers in assessment and intervention for children with language-learning impairments. It discusses implications of computer use in the context of…

This article discusses new computer-based technology for language teaching and learning, including integrated learning systems that provide instruction content via an individualized program of study, multimedia/hypermedia, and the Internet. Criteria are provided for evaluating each application along with models and resources that can be used with…

Themes during the 1990s included the bootstrapping effects between oral and literate language, importance of supporting emergent literacy, parallels between oral language impairment and academic failure, and challenges in facilitating language learning. This article addresses questions posed in Part I related to use of computer technology for…

Opinions vary regarding the impact of computers on children and value of using computers in the education of children. This article discusses the impact of technology on culture, attitudes about technological change, the nature of literacy in a technological society, and frameworks for thinking about teaching and learning with technology.…

Examines studies relating to two aspects of children's use of electronic information media: (1) access to print information through online (or card) catalogs and databases; and (2) direct access to information in electronic format. Gender differences are discussed, and implications of the studies for software development and equality of computer…

Responds to a recent critical report on computers in childhood. Highlights include computers, children, and research; social and emotional development; types of software; motivation; social and cognitive interactions; cognitive development; creativity; language and literacy; writing and word processing; mathematics and reasoning; and science and…