No description available.

No description available.

No description available.

No description available.

No description available.

Video self-modeling has been found to be effective in increasing appropriate behaviors, increasing task fluency, and decreasing inappropriate behaviors. During video self-modeling, a student is filmed completing a task and then mistakes, prompts, and negative behaviors are edited from the video. When the edited video is viewed by the subject student, the student views a perfect model of him or herself successfully completing the given task. Video self-modeling has been used predominately with participants with autism spectrum disorder. This study is a replication of a previous study in which the effectiveness of video self-modeling and video peer modeling was compared (Sherer, Paredes, Kisacky, Ingersoll, & Schreiman, 2001). Sherer et al. evaluated these procedures with high functioning students with autism using a combined multiple baseline across participants and alternating treatment design. This study differs from Sherer et al.'s study in its use of participants who have multiple disabilities and low cognitive functioning. The results show that video self-modeling is effective for some participants while video peer modeling is effective for others. The individual student's preference for one form of video modeling over another form may indicate the method that is best for a particular participant. Implications for further research are included.

The purpose of this study was to teach telling time to the hour, half-hour, quarter to the hour, and to 5 min to students with austim spectrum disorder (ASD) or other developmental disabilities using video modeling (VM). Two research questions were asked: 1. Is there a functional relation between VM and increases in level and trend for telling time to the hour, half-hour, quarter hour, or 5 min for students with ASD and/or other developmental disabilities? 2. Will the use of the VM help students reach criterion on the task analytic steps for the process of telling time? A multiple probe (days) across participants design was used evaluate the effectiveness of the VM. The results showed student improvement of telling time, but no functional relation was found. The results showed improvement of telling time once System of Least Prompts was added to the VM.

Research using visual activity schedules (VAS) with embedded video models (VM) has been effective to teach novel skills to children and adolescents with intellectual disability (ID). However, there is limited research using VAS/VM to teach adults with ID. The purpose of the current study was to determine if VAS/VM could be used as a self-instructional tool for adults with ID to increase independence in laundry skills. Results from the current study provide evidence that a functional relation exists when using VAS/VM to teach laundry skills to adults with ID. Two adults generalized the use of the VAS/VM to a novel setting with similar tasks.

Self-instructional training manuals and video modeling have been demonstrated to be effective for teaching university students and direct-care staff to conduct behavioral procedures, such as preference assessments and discrete-trials teaching with persons with intellectual disabilities (ID) and children with autism spectrum disorders (ASD). The Assessment of Basic Learning Abilities – Revised (ABLA-R) is an assessment tool used by Applied Behavior Analysis (ABA) service providers for determining the learning ability of clients with ID and children with ASD. In this study, I combined an ABLA-R self-instructional manual (DeWiele et al., 2014) with video modeling and evaluated the effectiveness of the training package for teaching ABA service providers to administer the ABLA-R to a child with ASD. I evaluated the training package using a single-subject, modified concurrent multiple baseline (MB) design across a pair of participants, replicated across three other pairs of participants, plus a modified nonconcurrent MB design across a pair of participants, replicated across one other pair. Participants demonstrated a significant increase in the accuracy with which they administered the ABLA-R to an experimenter from baseline to post-test, and conducted the ABLA-R with high accuracy in a generalization assessment with a child with ASD. An implication of this research is that the self- instructional training package is an effective tool for training ABA service providers to accurately administer the ABLA-R to children with ASD. / October 2016

Accidental poisonings are one of the leading safety threats for young children, so it is important to teach children to avoid ingesting poisonous substances. Research has shown that behavioral skills training (BST) and in situ training (IST) are effective in teaching children safety skills to prevent gun play, abduction, and poison ingestion. However, little research on safety skills has been conducted with children with autism. Video modeling has been shown to be effective in teaching abduction prevention skills to children diagnosed with Autism Spectrum Disorder (ASD). The purpose of this study was to evaluate the effectiveness of video modeling to teach four children diagnosed with ASD to avoid poison hazards. Results showed that video modeling was not effective for any of the participants, but that IST was effective for three participants while the fourth participant required an additional incentive. Three of the four participants maintained the safety skills for 1-, 3-, and 5-week follow up assessments. Keywords: children, safety threats, safety skills, poison, and behavioral skills training, in-situ training, video modeling