He was recognized for his leadership in the development of algorithms for analyzing metagenomic data, particularly in the context of metagenome assembly and identification of structural variants in assembly graphs.
The online version of the classic board game Diplomacy is serving as a testbed for researchers CLIP to advance artificial intelligence’s ability to negotiate and detect deception.
The funding supports efforts to advance a randomized testing technique known as “fuzzing,” making it easier to write, debug, and reason about software and its specifications.
With $1.6M in funding from the National Science Foundation and Amazon, University of Maryland faculty are developing algorithms and protocols that can improve the efficiency, reliability and trustworthiness of artificial intelligence systems.
Her research focuses on multimodal interaction, physically based animations and simulations, as well as algorithmic robotics and their use in physical and virtual environments.
A multi-institutional team that includes Associate Professor Rob Patro (left in photo) and Ph.D. student Dongze He (right) has released a toolkit for the efficient processing of single-cell and single-nucleus RNA sequencing data.
Experts from the University of Maryland and the University of Virginia are developing sophisticated algorithms that can help health care officials determine the best locations to place vaccination sites.
