Approximately 97 million people worldwide have disabilities that require alternative communication (AAC) devices for communication support. However, many disabled children do not possess the motor abilities and spelling skills needed to use such devices, leaving them marginalized and unable to benefit from this technology.
A few years ago, Michelle Hughes, an audiologist and professor of special education and communication disorders, came across a journal article about an individual who experienced a drug overdose and ended up with sudden hearing loss.
Then she found more articles featuring similar stories. She was fascinated.
Yingying Wang, associate professor of special education and communication disorders, and director of UNL’s Neuroimaging for Language, Literacy and Learning (NL3) Lab, led the Spring 2024 Methodology Applications Series presentation May 3.
Video is now available of Wang’s presentation, “Capturing Life in Motion: Leveraging Wearable Technology for Human Subjects Research.”
Imagine being locked inside your own body, isolated and struggling to meaningfully connect and communicate with those around you.
Now imagine trying to cope with such isolation as a child.
For children with severe speech and physical impairments (SSPI), the lack of reliable communication methods has devastating impacts on their quality of life, well-being, medical care and social interactions.
As computer technology continues to evolve and become more routine in daily life, researchers and engineers alike are working to find new ways to link computer technology with the human brain.
Using a direct communication pathway between a wired brain and an external device to produce commands is no longer the stuff of science fiction. Brain-computer interface, or BCI, is now evolving reality — and one that promises enhanced quality of life for people with severe physical impairments (SPIs).
It may seem obvious, but the emotional bond babies develop with their parents is crucial — not only for their survival, but also to ensure positive outcomes throughout life.
Less-obvious, however, is how this bond — known as attachment — develops.
Civic knowledge and community engagement is no game. But Nebraska researchers are developing a project that leverages some good, clean online fun to help develop and encourage good citizenship.
Evan Choi, associate professor of child, youth and family studies, is leading a pilot project designed to provide civics, entrepreneurship and leadership education to at-risk youth from two of Nebraska’s highest-poverty communities through an innovative learning program based on interactive online games and simulations.
In a typical preschool classroom with as many as two-dozen children, there are bound to be times of elevated stress for the teacher — and sometimes the students.
Along with meeting the needs of several children, teachers juggle many emotional and physical demands in their daily work, often with limited resources. Following an early childhood curriculum or philosophy, engaging families, maintaining a safe environment and dealing with interpersonal conflicts are just some of their daily classroom tasks.
