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Wearable tech collaboration aims to make gaming more accessible

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A US university has announced a collaboration with Meta which aims to make computer-based tasks accessible to more people.

The project focuses on using wearable sensing technology to enable people with different motor abilities to perform everyday tasks and enjoy gaming in digital and mixed reality environments.

Meta’s research in electromyography uses sensors placed on the skin to measure the electrical signals the user generates through muscles in their wrist, which are translated into input signals for various devices.

While Meta has already demonstrated that this technology could replace keyboards and joysticks, the team continues to invest and support different projects to confirm that this technology can be used by a wide range of people.

Douglas Weber, a professor in the Department of Mechanical Engineering and the Neuroscience Institute at Carnegie Mellon University (CMU), has shown previously that people with complete hand paralysis retain the ability to control muscles in their forearm, even muscles that are too weak to produce movement.

His team found that some individuals with spinal cord injury still exhibit unique muscle activity patterns when attempting to move specific fingers, which could be used for human computer interactions.

Weber said: “This research evaluates bypassing physical motion and relying instead on muscle signals.

“If successful, this approach could make computers and other digital devices more accessible for people with physical disabilities.”

Working with Meta, Weber’s team seeks to build upon their initial results to assess whether and to what extent people with spinal cord injury can interact with digital devices, such as computers and mixed reality systems by using Meta’s surface electromyography (sEMG) research prototype and related software.

The project centers on interactive computing tasks.

Approved by the Institutional Review Board, study participants begin by performing a series of adaptive mini games.

Once their proficiency is benchmarked, the CMU team creates new games and other activities in mixed reality that are tailored to the abilities and interests of the participant.

Dailyn Despradel Rumaldo, PhD candidate at Carnegie Mellon University, said: “In the digital world, people with full or limited physical ability can be empowered to act virtually, using signals from their motor system.

“In the case of mixed reality technology, we are creating simulated environments where users interact with objects and other users, regardless of motor abilities.”

Image: Carnegie Mellon University, College of Engineering

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