- Title
- Augmented and virtual realities in special education contexts
- Abstract
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The augmented and virtual reality applications literature base spans more than 30 years with one of the first studies conducted by Meredith Bricken in 1991. With the advances in technology, researchers are increasingly examining the use of augmented reality (AR) and ...
Show moreThe augmented and virtual reality applications literature base spans more than 30 years with one of the first studies conducted by Meredith Bricken in 1991. With the advances in technology, researchers are increasingly examining the use of augmented reality (AR) and virtual reality (VR) within educational contexts, more specifically special education contexts. VR is one of the fastest growing technologies (Nuguri, Calyam, Oruche, Gulhane, Valluripally, Stichter, & He, 2021) and AR is growing rapidly showing advances in interaction, navigation, and tracking within education, entertainment, business, medicine, and other settings (Ablyaev, Abliakimova, & Seidametova, 2020). Despite AR and VR demonstrating documented success with enriching learning opportunities and task performances (Billingsley, Smith, Smith, & Meritt, 2019; Bricken, 1991; Nuguri et al., 2021), there is limited research on applying these programs directly within a school setting for students with disabilities. To understand the effectiveness of AR and VR, a meta-analysis of six studies was conducted using hierarchical linear modeling focusing on functional, transitional, and social skills. Participants included 18 students ages 6-15-years-old all with a special education diagnosis (i.e., Intellectual Disability or Autism). Results suggest that these interventions are effective in developing functional, transitional, and social skills with students with disabilities. Most notably, participants aged 14-15 years old showed the greatest effect estimates. There were no differences for sex. Limitations and potential future directions in supporting students with disabilities are discussed.
Show less - Year Issued
- 2021
- Author
- Herman, Toriel
- Sub-title
- a meta-analysis
- Title
- Effects of an iPad as a prompting device on increasing independence skills in elementary students with autism spectrum disorder
- Year Issued
- 2017
- Abstract
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Students with autism spectrum disorder can experience challenges in acquiring the necessary adaptive skills to successfully transition out of high school. These challenges can prevent them from achieving independence, making them reliant on adults for everyday tasks ...
Show moreStudents with autism spectrum disorder can experience challenges in acquiring the necessary adaptive skills to successfully transition out of high school. These challenges can prevent them from achieving independence, making them reliant on adults for everyday tasks and having a restrictive impact on their level of involvement in their school and community. Current research is exploring the use of iPads as prompting tools on the acquisition of adaptive skills in individuals with autism spectrum disorder, specifically with individuals at the middle and high school level (Bouck, Savage, Meyer, Taber-Doughty, & Hunley, 2014; Gardner & Wolfe, 2015; Plavnick, Sam, Hume, & Odom, 2013). The purpose of this study was to determine the effectiveness of an iPad with the FileMaker app to promote independence skills by presenting daily living tasks through video and static picture prompting to third through sixth grade students with autism. A multiple probe design was utilized across three daily living skills and replicated across four participants to determine the effectiveness of an iPad with the FileMaker app as a prompting tool. Results indicate that participants could select a desired prompt type and that some participants could self-prompt through task steps for various skills without adult intervention. All participants were able to decrease the mean percentage of steps completed independently correct from the initial probe phase to the iPad intervention phase. In addition, participants were able to maintain high levels of performance in follow-up and maintenance probes.
Show less - Author
- Stephanie M. Hindman