Classification of Cardiac Electrocardiography with MuyGPs
(In collaboration with Lawrence Livermore National Lab)
Data exploration and visualization of the ECG datasets.
Explored different embedding/normalization/feature extraction techniques.
Applied MuyGPs (a scalable approximate Gaussian process model) and other machine learning models for classification of the ECG datasets
Explored uncertainty quantifications on the MuyGPs model to demonstrate improved confidence in the models.
See the results of our findings in the arXiv paper: "Enhancing Electrocardiography Data Classification Confidence: A Robust Gaussian Process Approach (MuyGPs)",PDF
(Erdős Data Science Boot Camp Spring 2024 )
Team Members: Scott Auerbach, Ukamaka Nnyaba, Ming Zhang, Yingyi Guo, Hemaa Selvakumar, and Cisil Karaguzel
The purpose of this project is to build a prediction tool that estimates the possibility of nuclear localization signals inside a protein's sequence based on the significance of each amino acid. Nuclear localization signals have been implicated in human diseases and play an important role in many biological pathways.
See the results and code of our findings on Github