The current study examined the effectiveness of a video modeling procedure on a basicmath skill acquisition in students with Autism Spectrum Disorder (ASD) using a multipleprobe across students design. Participants were four kindergarten/first grade students in aself-contained classroom in an urban public school. All met the criteria for ASD prior tobeginning the study. The independent variable included a video model teaching a basicmath skill. The dependent variable was correct student response. Results indicated thatone of the four students responded to the intervention immediately and these skillsmaintained over time. However, the other three students did not respond to videomodeling instruction. Conclusions regarding the effectiveness of the video modelingprocedure for teaching math skills were inconclusive. Implications for further researchare addressed.

Imitation is a core deficit often observed in children diagnosed with autism. Video modeling has been shown to be effective for teaching children with autism a variety of skills, but there is little research demonstrating the effectiveness of this technique with core skills such as imitation. The purpose of this study was to examine the effectiveness of a video modeling intervention to teach a preschool-age child with autism to imitate novel and acquired actions (with and without objects) in natural contexts (i.e., songs and toy play activities). A general case approach was used to examine the instructional universe of common preschool songs in order to select the exemplars that were most likely to facilitate generalization. In addition to video modeling, additive components that included highlighting the critical features of the video examples and prompting/fading were required to demonstrate a functional relationship. Experimental control was evident in a multiple baseline design across three imitation activities. The results are discussed with reference to previous research, future research directions, and implications for practice in educational settings.

Imitation is a core deficit often observed in children diagnosed with autism. Video modeling has been shown to be effective for teaching children with autism a variety of skills, but there is little research demonstrating the effectiveness of this technique with core skills such as imitation. The purpose of this study was to examine the effectiveness of a video modeling intervention to teach a preschool-age child with autism to imitate novel and acquired actions (with and without objects) in natural contexts (i.e., songs and toy play activities). A general case approach was used to examine the instructional universe of common preschool songs in order to select the exemplars that were most likely to facilitate generalization. In addition to video modeling, additive components that included highlighting the critical features of the video examples and prompting/fading were required to demonstrate a functional relationship. Experimental control was evident in a multiple baseline design across three imitation activities. The results are discussed with reference to previous research, future research directions, and implications for practice in educational settings.

Imitation is a core deficit often observed in children diagnosed with autism. Video modeling has been shown to be effective for teaching children with autism a variety of skills, but there is little research demonstrating the effectiveness of this technique with core skills such as imitation. The purpose of this study was to examine the effectiveness of a video modeling intervention to teach a preschool-age child with autism to imitate novel and acquired actions (with and without objects) in natural contexts (i.e., songs and toy play activities). A general case approach was used to examine the instructional universe of common preschool songs in order to select the exemplars that were most likely to facilitate generalization. In addition to video modeling, additive components that included highlighting the critical features of the video examples and prompting/fading were required to demonstrate a functional relationship. Experimental control was evident in a multiple baseline design across three imitation activities. The results are discussed with reference to previous research, future research directions, and implications for practice in educational settings. / Education, Faculty of / Educational and Counselling Psychology, and Special Education (ECPS), Department of / Graduate

Previous research reports that individuals working with children with autism can positively affect social behavior through the use of socially embedded consequences. There is no research on training teachers to use socially embedded consequences. The current study had three purposes: to evaluate the effects of video modeling on teachers' embedded consequences, to evaluate the addition of feedback to increase effectiveness, and to evaluate the effects of the teacher's use of socially embedded consequences on other teacher behaviors. Results indicate that video modeling alone was not sufficient in changing teacher behavior and that the addition of feedback was necessary for meaningful teacher behavior change. Additionally, the increased used of socially embedded consequences had positive effects on teacher social engagement and indices of interest. A discussion of the results and suggestions for future research is also provided.

This study examines one type of parent training—Video Modeling (VM)—and how intense the training needs to be for a parent to learn this intervention effectively. The researchers observed three types of training: self-training, didactic training through a pre-recorded lesson, and one-on-one training. A repeated acquisition single case design across participants was used along with a control group. The participants included nine parents from the surrounding areas of Brigham Young University who were randomly selected for either the intervention group or the control group. Four of the five participants in the intervention or treatment group achieved mastery once they received didactic training. One participant in the intervention group required one-on-one feedback before achieving mastery. These results support previous studies’ findings: parents can successfully create video models and implement the interventions with high fidelity; and the training necessary can be minimal in comparison to other types of parent training. This suggests that didactic training may be an alternative to the often-costly expense of professional training given to parents. Recommendations for future research are also included in this paper.

The effects of a video-modeling intervention, given to five children with autism while playing kickball, were evaluated through a multiple-baseline design across subjects. The researcher targeted two social skills, verbal compliments and appropriate gestures, using the iPad as a portable video device to model the desired behaviors in situ, on second base mid-game. Children were required to verbally and non-verbally compliment their peers during the kickball games. After presented the video clip, children showed rapid mastery of the verbal complimenting skills, and displayed an increased but less profound number of gestures displayed in the intervention phase.

Individuals with ASD demonstrate deficits in social communication and social interaction. Video modeling (VM) has been successful in teaching new skills through short, targeted videos. Prior research in VM heavily focused on academic settings with primary age children. There is a gap in the literature on teaching social skills in natural settings to adolescents with ASD. The current research used a single- subject, multiple-baseline design to examine the impact of VM on the social behaviors of adolescent males, diagnosed with ASD, in natural social settings. The data were acquired from a developmental disability agency licensed and authorized by the Idaho Department of Health and Welfare. Data were collected during VM sessions conducted with adolescent boys diagnosed with ASD and participating in Developmental Disability Services with a licensed Disability Agency in western Idaho. These data used visual analysis, percentage of nonoverlapping data points, and effect sizes to identify significance in final outcomes. The study measured the acceptability and satisfaction of the intervention of providers and participants through a modified version of the Behavior Intervention Rating Scale and the Children’s Intervention Rating Profile. Results revealed large effects for the adolescent participants when interacting socially in community settings. Outcomes indicated the treatment to be socially acceptable by adolescents and by habilitative intervention professionals.

Behavioral skills training (BST) has continuously demonstrated to be an effective means of training others in new skills and techniques. A limitation of BST, however, is that it requires extensive time and a professional trainer. Currently, there is a lack of literature comparing BST to alternative and effective training methods that require less resources, such as written directions and video modeling. Therefore, the purpose of this study was to determine which training modality (i.e., behavior skills training, written directions, or video modeling) was most effective at increasing staff members' correct implementation of applied behavior analysis procedures, specifically forward chaining, shaping, discrete trial training, at a therapeutic day school. Using a multiple baseline across participants design, the percentage of correct implementation was monitored when participants were exposed to BST, written directions, and video modeling. Results suggested that BST was the most effective training method, however written directions and video modeling also lead to increases in the percentages of correct implementation. Implications, limitations, and areas for future research are discussed.

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