Today’s infrastructure is connected in ways not always known until problems like extreme weather, diseases, major accidents, terror, or cyber threats arise. Say fuel delivery will be delayed. What can be done? Sixteen critical infrastructure sectors—including water, gas, energy, communications, and transportation—are linked and interdependent. The National Science Foundation is supporting new fundamental research to . . .
A microgrid is a standalone power grid requiring generation capabilities (often generators, batteries, or renewable resources) plus control methods to maintain power flow. Electronics, appliances, and heating or cooling are all responsible for consuming that power. In this project, Laura Brown and other Michigan Tech researchers are investigating a control system for such microgrids that . . .
Associate Professor, Dr. Nilufer Onder has been identified as one of only 91 instructors on campus who received an exceptional “Average of 7 dimensions” from student evaluations this fall. Students in Nilufer’s classes felt she deserved a 4.95 (out of 5.0) on the question, ‘Taking everything into account, I consider this instructor to be an . . .
Faster apps. More memory. Laura Brown and Zhenlin Wang bring efficiency to Big Data. What memory resources will be available if applications A, B, and C all run together? Big companies like Amazon and Google have even bigger data centers. Think 30 data centers each with 50,000 to 80,000 servers. And the underlying computer processors . . .
To detect buried explosive hazards in places like Afghanistan, and to save the lives of civilians and US soldiers, Michigan Tech researcher Tim Havens realizes it requires a team—a team of sensors. This technology has the potential to not only save lives, but also to advance the basic science of how to combine sensors and . . .