Research

Equitable Imaging

We develop equitable imaging methods that ensure beautiful, crisp images for all users. From the technical side, this includes improved skin tone mapping, 3A algorithms, and composite photography that adapt to a user’s skin tone and the surrounding scene.

Behavioral Studies for Improved Imaging

We research human behavioral processes that influence subjective interpretation of image quality and integrate findings from these studies into improved imaging algorithms.

Compressive Sensing

We develop imaging methods and rendering algorithms for reconstructing 3D images from reduced dimensionality data.

Cryosphere Radars

We are inventing radar techniques to measure ice properties at scales previously unexplored. The systems she develops provide measurements that better constrain ice sheet models to improve the accuracy of sea level rise predictions.

Biosphere Radars

We are developing radars and data assimilation techniques for 3D mapping of vegetation structure and water content to improve wildfire risk predictions, CO2 sequestration assessment, and ecosystem health.

Near Subsurface Radar

We are creating new methods of monitoring our limited resources including drone-based soil moisture estimation and satellite-based aquifer volume retrievals.