R01: PathCAM: repairing the digital data pipeline in diagnostic pathology with onboard-camera variable resolution slide imaging

NIH R01GM143789

Efficient and Accessible Interactive Visual Analytics of Exascale Scientific Data

DOE Early Career Research Award - DOE ASCR DE-SC0022873
View Project


EAGER: Scalable, Content-Based, Domain-Agnostic Search of Scientific Data through Concise Topological Representations

NSF-IIS 2136744
View Project

Quantifying Morphologic Phenotypes in Prostate Cancer - Developing Topological Descriptors for Machine Learning Algorithms

NSF-DMS 1664848
View Project

Scalable Interactive Image Segmentation

NSF-CRII 1657020
View Project


Visualization Streams for Ultimate Scalability

Department of Energy (DOE) supported infrastructure for the streaming visualization and analysis of large data.

View Project

Active Stitching

On demand real-time stitching of full mosaic imagery in the field without requiring an internet connection. Technology is now incorporated into ViSOAR Ag Explorer an NSF STTR startup company for real-time orthomosaic creation from aerial imagery.

View Project

Gigapixel David

The first gigapixel, multi-view rendering of The Digital Michelangelo Project's David. The David model consists of 933 million triangles from a laser-scan of the original statue created by members of The Digital Michelangelo Project at Stanford university.

View Project


The interactive POWDER (Parallel, Out-of-core Wall for Display of Extreme Renders) consists of 36 (4 x 9) 27-inch tiled screens giving approximately 133-megapixel resolution.

View Project


A multi platform visualization application for accessing, processing, and annotating very large scientific imagery.

View Project