Master's Theses & Technical Reports - Brian A. Barsky
5th Year M.S.
Advancing Assistive Mouse and Keyboard Control Scheme Using Two-Handed Gesture Recognition for Human-Computer Interaction
Shawn Zhao [2024]
Compressive Deconvolution Methods of Higher-Order-Aberrated Optical Systems
Saketh Malyala [2024]
Skeleton-based Fall Detection using Spatial Temporal Graph Convolutional Networks with Learnable Edges
Alex Liang [2024]
Towards Fast and Accurate Computational Algorithms for Vision Correcting Displays
Joshua Chen [2024]
Compressive Deconvolution Algorithms for a Computational Lightfield Display for Correcting Visual Aberrations
Anmol Parande [2022]
Creating a Video Classification Neural Network Architecture to Map American Sign Language Gestures to Computer Cursor Controls
Rohan Hajela [2022]
Towards a Real-Time Vision Correcting Display
Shiyun Xu [2022]
Designing an Assistive Mouse for Human Computer Interaction Using Hand Gestures
Michael Qi [2021]
Adapting Vision Correcting Displays to 3D
Jacob Holesinger [2020]
Algorithms and Applications of the Vision Correcting Display
Charles Ding [2017]
Investigating Computational Approaches and Proposing Hardware Improvement to the Vision Correcting Display
Zehao Wu [2016]
M.S.
An Investigation into Microlens Array Based Light Field Display for Vision Aberration Correction and Applications to Virtual Reality
Luxin Yang [2018]
Sparsely Precomputing The Light Transport Matrix for Real-Time Rendering
Fu-Chung Huang [2010]