Artificial Intelligence | College of Computer, Mathematical, and Natural Sciences | University of Maryland

John Dickerson

Computer Science's John Dickerson Receives NSF CAREER Award to Improve Market Systems Using Artificial Intelligence

24 Jan 19

Map predicting risk

New Machine Learning Method Predicts Additions to Global List of Threatened Plant Species

03 Dec 18

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New Method Peeks Inside the “Black Box” of Artificial Intelligence

02 Nov 18

New Algorithm Repairs Corrupted Digital Images in One Step

05 Dec 17

Roundworms (Caenorhabditis elegans) with a disabled eri-1 gene can lose their ability to control repetitive DNA. In the absence of eri-1, even two age-matched siblings can look dramatically different. These differences are because of variable expression from high-copy DNA (green) but not from low-copy DNA (magenta) in the worms’ intestinal cells. In worms with a functional eri-1 gene, even multi-copy DNA is expressed uniformly in all animals.

UMD Researchers Discover a Way That Animals Keep Their Cells Identical

25 Jul 16

Two College Alumni Named Sloan Research Fellows

24 Feb 16

Big Questions In Science- 7) How can artificial intelligence decipher complex data?

10 May 13

From Research to Market

10 Oct 12

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