CPLAY: An Intelligent HCI System for Neurological Disorder Assessment and Rehabilitation (Supported by NSF CISE:1035913)

Acknowledgements

This work is supported by grants from the National Science Foundation, CNS:1035913: CPS: Medium: A Novel Human Centric CPS to Improve Motor/Cognitive Assessment and Enable Adaptive Rehabilitation.

Team

Faculty: Fillia Makedon, Vassilis Athitsos, Heng Huang, Dan Popa, Angie Boiselle, Eric Becker

Ph.D Students: George Galatas, Alexandros Papangelis, Christopher McMurrough

Undergraduate Students and Intern: Scott Phan, An N

Project Description

The project will create an intelligent human-computer interface system, CPLAY, that can be used for assessment and rehabilitation of CP, a challenging neurological disorder that can be greatly improved with the proposed system. CP is one of the most common motor impairments in children caused by injury to the developing brain from the prenatal period until age 5. It affects motor control and coordination, making it difficult to perform even the simplest tasks, such as standing still, breathing, bladder and bowel control and eating. The proposed CPLAY system offers an approach applicable to other types of neurological disorders. Its front end is a computer game with varying levels of complexity to provide controlled auditory and visual stimuli to children with CP and thus facilitate a desired motor response that can generate performance data for diagnosis and rehabilitation treatment. Its back-end has advanced computational engines to automate data logging (from child playing the game), data fusion, analysis and decision support facilities. CPLAY is an open development kit that can afford many enhancements.

Publications

Please click here for the list of publicaion related to this project.

Games Developed

Below are the games we have developed for this project:

CPLAY: Baker Game
CPLAY: Bubble Game
CPLAY: Balloon Popper
CPLAY: Balloon Tracker
CPLAY: Mino Touch Maze