2016 · 76 citations · 24 references
ComputingCommunicationSpeech-language PathologyAssistive TechnologyAutism Spectrum DisordersInterpersonal CommunicationAssistive Technology DesignConversational User InterfacesMultimodal InteractionSocial CommunicationSpeech InteractionAssistive Communication TechnologyCommunication Support TechnologiesProsodyPrototype EvaluationReal-time ProcessingSpeech-based InteractionWearable Assistive DevicesWearable Technology
During face-to-face conversations, adults with autism frequently use atypical rhythms and sounds in their speech (prosody), which can result in misunderstandings and miscommunication. SayWAT is a Wearable Assistive Technology that provides feedback to wearers about their prosody during face-to-face conversations. In this paper, we describe the design process that led to five design guidelines that governed the development of SayWAT and present results from two studies involving our prototype solution. Our results indicate that wearable assistive technologies can automatically detect atypical prosody and deliver feedback in real time without disrupting the wearer or the conversation partner. Additionally, we provide suggestions for wearable assistive technologies for social support.
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Principles of mixed-initiative user interfaces
Eric Horvitz · 1999 · 1.4K citations
Lawrence D. Shriberg, Rhea Paul, Jane L. McSweeny et al. · Journal of Speech Language and Hearing Research · 2001 · 591 citations
Health Professions, Linguistics, Speech-language Pathology +17