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Testing and Clinical Validation of a Prototype Remote Sensing Device to Monitor Supplemental Oxygen Changes for Early Detection of Clinical Deterioration
This project develops a low-cost, universally compatible device that attaches to in-wall oxygen flowmeters to automatically detect and record changes in delivery. Using inertial sensing and WiFi connectivity, the device provides accurate, calibration-free data to improve clinical documentation…
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Prototype development of empirical validation methods for genomic data
This project pilots a method for validating high-throughput sequencing that produces extremely accurate variant calls and ensures confidence in germline genomic information. The approach enables reliable data transfer and reinterpretation across institutions, addressing major barriers in genomic…
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Advancement of Neurodivergent-Aware VR Interview Simulator (NAVIS) for Job Interview Training
NAVIS is a VR platform designed to improve employment outcomes for autistic and neurodivergent individuals by providing adaptive interview scenarios, real-time sensing, and personalized feedback. The system enables scalable, personalized preparation and builds on years of research, stakeholder…
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Development of a Conversational AI Interface and Real-Time Audio-Video Data Capture Framework for the AMPULSE Intelligent Perfusion System
This project develops an AI-driven interface and data acquisition system to enable intuitive communication between cardiac surgeons, perfusionists, and automated perfusion platforms. The approach integrates audio-video capture, conversational AI, and physiologic sensing to automate perfusionist…