Research
Better Future Explore Our Projects
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HDTs
Develop comprehensive whole-body human digital twins.
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HDTs for MSK Health
Developing AI-enabled mobile biomechanics lab and musculoskeletal digital twin to enhance musculoskeletal system health and performance for all.
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HDTs for Elderly Care
Noninvasive continuous monitoring and early warning of health risks in elderly individuals.
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AI Training for Responders
Advanced algorithms and models to enhance the training of first responders.
![](https://research.charlotte.edu/wp-content/uploads/sites/631/2025/02/Hexagon-3.png)
Privacy-Preserved Deep Learning
Technologies that preserve privacy in deep learning, sponsored by Intel and the NSF.
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Wearable Sensing
Utilizing wearable sensing technologies to enhance the rehabilitation process for stroke survivors, supported by the NIH.
![](https://research.charlotte.edu/wp-content/uploads/sites/631/2025/02/Hexagon-3.png)
AI for Medical Imaging
Developing deep learning techniques to analyze, interpret, and enhance medical images for improved diagnosis, treatment planning, and clinical decision-making
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Medical Recommendation & Decision Systems
Utilizing AI and data-driven algorithms to assist healthcare professionals in diagnosing conditions, recommending treatments, and optimizing clinical decision-making for improved patient outcomes
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Data Visualization and AR/VR/MR
Providing immersive, interactive, and intuitive representations of complex medical data for improved decision-making and patient care
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Ethical AI
Ensuring fairness, transparency, privacy, and accountability in AI-driven medical applications, promoting unbiased decision-making and patient-centered care while adhering to regulatory and ethical standards
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Mobile & Computation-Efficient AI
Enabling smart AI-powered diagnosis vs prognosis on mobile devices for accessible, affordable, and real-time medical assistance for everyone