Area of research
Computer Vision and Pattern Recognition · Computational Mechanics
Research interest
Research interests include Fluid Dynamics and Turbulent Flows, Image Enhancement Techniques, Multimodal Machine Learning Applications, and Human Pose and Action Recognition.
Exploring Flow Enhancements of Hydrophobic Particles in Confined Fluid Flow
CAREER: Unraveling predictive and multiscale dynamics in turbulence for flow control
Nonlinear electrokinetics at polarizable soft interfaces: implications for cell membrane characterization and nanopore transport
I-Corps: Reusing Electric Vehicle Batteries for Low-Cost Energy Storage
RII Track-4: Finding Order in Chaos: a Systematic Approach to Turbulence Control for Drag Reduction
CAREER: Smart Protection for DC Power Systems: Distributed and Proactive Approach
UNS: Collaborative Research: Systematical Modeling and Control of Microbial Electrochemical Activities towards Efficient Electrical Energy Harvesting
Programmed cell death during post-embryonic CNS development
Collaborative Research: Oceanic Response to Atmospheric Forcing in the Kuroshio Extension
CAREER: Neurogenetic Analyses of the Corazonin Gene in Drosophila
Mass Transport of Hazardous Wastes Through Geosyn Materials
Distributions of Minor Gases in the Stratosphere and the Troposphere. a Two-Dimensional Atmospheric Model