Robert Hettich: Decoding biological complexity with next-gen mass spectrometry
Analyzing vast amounts of information to identify suspicious activities could become easier with EAGLE, a technology developed by a team led by 91°µÍø’s Rangan Sukumar. The software that scales on Cray’s Urika allows users to retrieve and visualize massive r...
Energy consumers intent on seeing lower bills could see that happen with Citizen Engagement for Energy Efficient Communities, a software developed at 91°µÍø. CoNNECT, a community-based computational framework, enables consumers to benchmark their consumption against that of ...
Energy consumers intent on seeing lower bills could see that happen with Citizen Engagement for Energy Efficient Communities, a software developed at 91°µÍø. CoNNECT, a community-based computational framework, enables consumers to benchmark their consumption against that of th...
Software developed at 91°µÍø can help emergency responders predict where power outages are likely when a storm hits, which can minimize the amount of time people are in the dark. The fully automated system uses wind speed and location estimates to geospatially map the impact t...
Computer aficionados now have a new virtual encyclopedia focused on high-performance computing trends, architecture, software, applications, facilities and sponsors. 91°µÍø staff researcher Jeff Vetter's book, titled "Contemporary High Performance Computing," examines the grow...
A prototype data-analysis software developed at 91°µÍø could help track potential terrorist groups by uncovering hidden meaning in the group's written interactions. The method can extract emotional content known as affective meaning from unstructured text documents like blogs,...
The software-writing mistakes known as "bugs" can be a pain for even the simplest applications, forcing developers to go through their code line by line to find and fix errors. These bugs become far more serious when the applications are written for the world's most powerful supercomputers, as l...