The RERC on AAC is a collaborative center committed to advancing knowledge and producing innovative engineering solutions in augmentative and alternative communication (AAC). The RERC on AAC will support a research and development program that addresses three areas of rehabilitation science and engineering:
- Improving access to technologies through exploration of innovative approaches and through integration of multi-modalities;
- Developing innovative language support technologies, including natural language processing and computer-mediation, to support effective communication for children and adults with limited access to language;
- Improving the human computer interface to reduce cognitive visual processing demands and enhance communication performance.
We also will support a range of training and dissemination activities. Our goal is that the AAC technologies and knowledge generated by the RERC on AAC will enable individuals with complex communication needs to achieve the basic human right of communication, and to maximize their participation in education, employment, health and community activities.
Caron et al. (2020) investigated the effects of T2L software features within a grid-based AAC app on the single-word reading skills of five individuals with CCN.
A collection of strategies and resources for individuals who rely on AAC and their families during the COVID 19 crisis.
Babb et al. (2020) investigated the use of video VSDs to support participation during a volunteer activity for adolescents with CCN.
Özdenizci & Erdoğmuş (2019) address potential confounders caused by heuristic feature ranking and selection based dimensionality reduction methods that are widely used for brain interfaces and extend this focus with a novel information theoretic feature transformation concept.
McNaughton et al. (2019) article was the most frequently downloaded paper in the AAC journal in 2019.
RERC on AAC to present at the ATIA 2019 Conference in Orlando, FL.
At the 2019 ASHA Conference, Mandak and colleagues explored a new multimodal access technology which integrated eye-gaze and scanning with two adults with cerebral palsy.
Laubscher et al. examined the effects of video VSDs and instruction on communication between a child with ASD and a peer with typical development during play.
At the 2019 ASHA Conference, Barwise and colleagues used eye-tracking technology to investigate how individuals with Down Syndrome interact with AAC displays.
The TAT4AAC is a new resource to help us better understand the cognitive demands of various AAC technologies.