Smart Home Automated Blinds System Powered By IoT Electric Imp Project Details Electrical and Computer Engineering
Tenopedics: A Novel Surgical Space Expansion System for Arthroscopic Biceps Tenodesis Project Details Biomedical Engineering
Dynamic Risk Profiling in Patients with Cardiac Inflammatory Syndrome Project Details Biomedical Engineering
DiscovEAR: An endoscopic attachment system for visualization of the Eustachian tube lumen Project Details Biomedical Engineering
A smart home oxygen system to optimize oxygen delivery for chronic lung disease patients Project Details Biomedical Engineering
A Strong Information-Theoretic Bound for Providing Secure Signs in Baseball Project Details Computer Science
This micropuncture needle confirms when it is inside a vessel. Project Details Biomedical Engineering
Uniformly Faster Gradient Descent of Varying Step Sizes for Smooth Convex Functions Project Details Applied Mathematics and Statistics
SoleSense: Opportunity for Innovation in Diabetic Foot Abnormalities Project Details Biomedical Engineering
A Strong Information-Theoretic Bound for Providing Secure Signs in Baseball Project Details Computer Science
An Analysis of Democratic and Dictatorial Leadership Through a Collaborative Exercise Project Details Center for Leadership Education
Designing a More Precise, User-Friendly Tool for Gene Regulatory Network Reconstruction from Single-Cell Transcriptomic Data Project Details Biomedical Engineering
A Cyber-Physical System Designed to Implement Data Acquisition for a Sputter Deposition Chamber Project Details Materials Science and Engineering
Neurosim: Extracellular Electrophysiological Simulation and Ground-Truth Comparative Analysis of Spike Sorting Algorithms Project Details Biomedical Engineering
Using Machine Learning to Probe the Transfection Efficiency of DNA-Lipid Nanoparticle Formulations Project Details Materials Science and Engineering
Designing New Inverted Colloidal Quantum Dot Solar Cells for Flexible Applications Project Details Electrical and Computer Engineering
Predicting Length of Stay For Acute Stroke Patients Using 24 Hours Of Hemodynamic Features Project Details Biomedical Engineering
