Theses/Project Reports from 2022
Specialized Named Entity Recognition for Breast Cancer Subtyping, Griffith Scheyer Hawblitzel
Impact of Teaching Practices and Communication Climates on Participation in Computer Science Education, Jackie Krone
A Research Framework and Initial Study of Browser Security for the Visually Impaired, Elaine Lau and Zachary Peterson
Increasing the Effectiveness of K-12 Stem Worshops Through Targeted Context and Creative Technolgies, Melina Lopez
Rasm: Compiling Racket to WebAssembly, Grant Matejka
Comparing Learned Representations Between Unpruned and Pruned Deep Convolutional Neural Networks, Parker Mitchell
Wildfire Risk Assessment Using Convolutional Neural Networks and Modis Climate Data, Sean F. Nesbit
Improving Relation Extraction from Unstructured Genealogical Texts Using Fine-Tuned Transformers, Carloangello Parrolivelli
Deep Learning for Detecting Trees in the Urban Environment from Lidar, Julian R. Rice
Wildfire Spread Prediction Using Attention Mechanisms In U-Net, Kamen Haresh Shah and Kamen Haresh Shah
Identifying and Minimizing Underspecification in Breast Cancer Subtyping, Jonathan Cheuk-Kiu Tang
Low-Cost UAV Swarm for Real-Time Object Detection Applications, Joel Valdovinos Miranda
Panodepth – Panoramic Monocular Depth Perception Model and Framework, Adley K. Wong
Theses/Project Reports from 2021
Millipyde: A Cross-Platform Python Framework for Transparent GPU Acceleration, James B. Asbury
Proving Correctness of a Chez Scheme Compiler Pass, Ian R. Atol
Real-Time Prediction-Driven Dynamics Simulation to Mitigate Frame Time Variation, Mackinnon A. Buck
Physics Engine on the GPU with OpenGL Compute Shaders, Quan Huy Minh Bui
MAP-GAN: Unsupervised Learning of Inverse Problems, Brandon S. Campanella
Node Classification on Relational Graphs Using Deep-RGCNs, Nagasai Chandra
Applying Facial Emotion Recognition to Usability Evaluations to Reduce Analysis Time, Gavin Kam Chao
Machine Learning Approaches to Historic Music Restoration, Quinn Coleman
A Study of Implementation Methodologies for Distributed Real Time Collaboration, Lauren A. Craft