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Each year projects are selected to receive funding as part of the Center for Smart Use of Technologies to Assess Real-World Outcomes (C-STAR) Pilot Project Program. Projects are chosen based on the quality of their research design and innovation, potential impact on patient care, alignment with C-STAR’s mission to advance technology in rehabilitation, and ability of the research team to lead efforts toward securing extramural funding. The awardees have the opportunity to take advantage of all the resources C-STAR offers, including collaborations, mentorship and expertise from C-STAR leadership and core directors in the design and conceptualization of their projects.
Congratulations to all of the awardees!
| Project: Assessing Haptic Sensory Impairment and its Impact on Motor Control Post-Stroke |
| Project: A novel method of quantifying lateralized fine motor impairment in Parkinson’s Disease |
| Project: Quantifying head turns during daily living: establishing normative reference values and preliminary recovery trajectories after vestibular schwannoma resection using wearable sensors |
| Project: Wearable technology for measuring everyday experience in infants with cerebral palsy |
| Project: HAMSTER: A low-cost assessment and rehabilitation device for neuromuscular disorders |
| Project: Wearable diaphragmatic efficiency monitoring technologies towards in-home respiratory monitoring of people with cervical spinal cord injury |
2022 Awardees
| Assistant Professor, Computer Science and Engineering, Biomedical Engineering, University of North TexasProject: Pilot development and assessment of a precision gesture-to-speech system for speech-impaired individuals with limited mobility |
| 嫩B研究院 Scientist- Shirley Ryan 嫩B研究院 嫩B研究院 Assistant Professor, Feinberg School of Medicine, Northwestern UniversityProject: Real-world assessment of mood in stroke aphasia |
| Project: Detection and characterization of motor activity in behaving infants through the use of novel ultrasonic brain imaging technology |
| Project: Feasibility and Efficacy Study of Device-Facilitated Lingual Endurance Exercise in treating Post-Stroke Dysphagia |
| , Department of Communication Sciences and Disorders, Bouvé College of Health Sciences, Northeastern UniversityProject: Word Retrieval in the Wild: Ecological Momentary Assessment of Naming in People with Post-Stroke Aphasia and Age-Matched Controls |
| Director, Rehabilitation Engineering for Improving Neuromotor Control (REIGN) LaboratoryProject: Automated quantification of movement quality during standard clinical assessment using upper-extremity exoskeleton for stroke rehabilitation |
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The C-STAR Pilot Project Program will fund at least four projects per year. Visit our Pilot Projects Funding page to learn more about future opportunities for funding.