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RERC on AAC

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    • Archives (2014-2020)
      • R1: Brain-computer interface
      • R2: Supporting transition to literacy
      • R3: Visual cognitive processing demands
      • D1: Multimodal technologies
      • D2: Interactive video visual scene displays
      • D3: Smart Predictor app
      • D4: Cognitive demands checklist
  • Research
    • R1: Video Visual Scene Display (VSD) Intervention
    • R2: AAC Literacy Decoding Technology
      • Design of the transition to literacy (T2L) decoding feature
    • R3: Motion to improve AAC user interface displays
    • Consumer & Technology Forums
      • Communication with Direct Support Professionals: The Experiences of AAC Users (2024)
      • The participation of people who rely on AAC in the pre-service preparation of communication, education, and medical professionals (2023)
      • The patient-provider experiences of people with CP who use AAC (2022)
  • Development
    • D1: Access Assistant Software to Improve Alternative Access Services
    • D2: Smart Select: a new switch access method
    • D3: mTraining in AAC for Communication Partners
  • Training
    • T1: Mentored Research and Lab Experiences
    • T2: Rehabilitation Engineering Student Capstone Projects
    • T3: Student Research and Design Challenges
    • T4: Doctoral Student AAC Research Think Tank
    • T5: Webcasts & Instructional Modules
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D4) Thinking About Thinking for AAC (TAT4AAC)(2014-2020)

Depiction of thinking about thinkingFree online resource available at   http://tat4aac.ohsu.edu/
Team Leader: M. Fried-Oken,
Consumer Team: P. Kolden, J. Staehely

Gerry is a 24 year old survivor of a severe traumatic brain injury (TBI). He cannot speak clearly, he is easily distracted, has reduced memory skills, and has poor hand coordination.  He enters a crowded and noisy coffee shop with a friend. His favorite drink, a mocha latte, has recently been programmed into his AAC device and he hopes he will remember where the icon is located. Using visual perception and language processing skills, he locates and presses the ‘Food and Drinks’ icon.  This takes him to another page with words listing mealtimes; his literacy skills help him identify ‘breakfast’, and press it. His selective attention and visual scanning skills for small icons are not reliable; speed of information processing is slowed. The cashier becomes noticeably impatient. Getting distracted, Gerry finally locates ‘hot drinks’ and presses it. He has difficulty alternating his attention  between icons and the word list. He attempts to  press ‘coffee’ but his shaking hand hits ‘home’ instead, navigating him all the way back to the start. Beginning to fatigue cognitively, his sequencing skills deteriorate.  Try as he might, he cannot find his way back to ‘hot drinks’.   In the end, the AAC device states, “Water please”. Gerry thinks, “What a waste. Next time I’ll just stay home instead.”

Challenge
Learning to use AAC technology is complex.   Some of the cognitive demands that  AAC technologies and applications present to the user include, but are not limited to, visual scanning, attention to working memory, sequencing, and executive function. Most research on cognition and AAC investigates what the user brings to the task and how to improve the skills of people who have challenges. This project will instead present information about the technology, asking, “What does the device or app demand from the user?”
Goal
We proposed to develop, evaluate and distribute an online resource that summarizes literature in the fields of AAC and cognition to support clinical problem solving, for team communication, and for capacity building among students, clinicians, and device developers.
Thinking about Thinking for AAC (TAT 4 AAC) was developed to provide references about the cognitive demands of specific features of AAC technologies to encourage stakeholders to consider and compare the cognitive demands of AAC technologies.
Key Development Points and Implications

  • The content development for the TAT4AAC started with a review of feature matching lists to identify specific AAC features which impose a cognitive demand on the user.
  • A comprehensive literature review of cognitive theory was conducted to identify those domains related to AAC, specifically: attention, memory and executive function.
  • The identified AAC features and cognitive domains were verified with nationally recognized subject matter experts in fields of AAC and cognition.
  • A comprehensive literature review was conducted of online databases, texts and relevant journals through combining key terms: specific AAC feature + a cognitive domain.
  • Relevant findings were identified through consensus process.
  • Literature summaries were generated by the development team to make information easily accessible to clinicians. Each relevant source was summarized and incorporated into the library.
  • The final version of the website was beta tested with 72 stakeholders (AAC clinicians; educators; cognitive rehabilitation clinicians; AAC developers and technologists; people who rely on AAC and their parents or spouses; researchers). At that time the title was changed from Cognitive Demands Checklist (CDC), as reviewers commented that the title was too similar to the US Centers for Disease Control and Prevention (CDC).
  • There are two parts to the TAT4AAC: an online interactive library and a resulting annotated bibliography. Upon completion of the interactive library, a printable PDF is generated that lists pertinent references and summaries related to the selected AAC features and their cognitive demands.
  • The TAT4AAC is not an assessment tool nor is it a prerequisite of the cognitive skills needed before AAC technologies can be introduced. The TAT4AAC is not intended to determine eligibility for device trialing, training or purchase nor intended to eliminate device options for persons who use AAC.

This free online resource is available at   http://tat4aac.ohsu.edu/
Information Resources

  • AAC features by cognitive domains grid developed for the TAT4AAC
  • TAT4AAC Quick Guide
  • Handout from 2019 ATIA Presentation
  • PrAACtical AAC blog post (December 5, 2019)
  • Communication Matrix Community of Practice hosted collection (December, 2019)

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Recent Posts

  • The first word in accessibility is “access” (Regan, 2025)
  • Alternative ways to access AAC technologies (Ramirez, 2025)
  • Future of AAC technologies: priorities for inclusive innovation (Williams & Holyfield, 2025)
  • Nothing about AAC users without AAC users: a call for meaningful inclusion in research, technology development, and professional training (Blasko et al., 2025)
  • To include us in our own worlds: AAC is not optional (Koloni, 2025)

Recent Publications and Presentation

Patrick Regan and a quote from his article in the AAC journal

The first word in accessibility is “access” (Regan, 2025)

Patrick Regan (2025) is President-Elect of USSAAC, and he also plays leadership roles in ISAAC, and in outreach programs for the Bridge School. Patrick experiences Spinal Muscular Atrophy, and has used a wide variety of AAC to communicate. In this paper, he describes “access challenges that I have experienced as someone who uses AAC, how my team and I have resolved them, and what challenges I face now.”

Now free at the AAC journal
https://doi.org/10.1080/07434618.2025.2513912

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The contents of this website were developed under a grant from the National Institute on Disability, Independent Living, and Rehabilitation Research (NIDILRR grant number 90REGE0014) to the Rehabilitation Engineering Research Center on Augmentative and Alternative Communication (RERC on AAC). NIDILRR is a Center within the Administration for Community Living (ACL), Department of Health and Human Services (HHS). The contents of this website do not necessarily represent the policy of NIDILRR, ACL, or HHS, and you should not assume endorsement by the Federal Government.