It was August 15, 2003. A software bug invoked a blackout spanning the Northeast, Midwest, and parts of Canada. Subways shut down. Hospital patients suffered in stifling heat. And police evacuated people trapped in elevators. What should have been a manageable, local blackout cascaded into widespread distress on the electric grid. A lack of alarm . . .
Heather Powers is a Associate Director of Digital Content in University Marketing and Communications (UMC) at Michigan Technological University. Powers is responsible for all content aspects of UMC's recruitment and reputation web properties and proactively improves and maintains quality, benchmarks, and tests to innovate key sites and pages to meet integrated marketing, brand awareness and reputation, and recruitment goals.
The Ubiquituous High-Performance Computing Project, funded by the Defense Advanced Research Projects Agency (DARPA), initiates research on energy-efficient, resilient, and many-core computing on the horizon for 2018. Faced with the end of Dennard scaling, it was imperative to provide better hardware and software to face energy consumption of future computers, but also to exploit a . . .
Most cyber attacks aren’t new. Rather, they are new to the administrators encountering them. “The workforce isn’t well trained in these complex issues,” Jean Mayo explains. “One problem we encounter in education is that we cannot allow students to modify the software that controls an actual system—they can cause real damage.” Our goal is to . . .
When you view a YouTube video, you are viewing tens of gigabytes compressed up to 50 times. The process to transmit what an HD camera captures requires large quantities of frame-by-frame video data transmission—and such is the case in sports broadcasting—it must happen fast. Computational complexity is high because sports coverage is real-time. “We can . . .
The road below has no forks, nor is it fog-covered, but you still can’t predict what lies ahead. Making decisions under uncertainty involves more than being presented with multiple options and choosing the best one. The problem is much more complex because the forks and options are not readily seen. Inevitably, plans go wrong. Plans . . .
For Linda Ott, debugging a program is like solving a mystery. “We don’t tell girls about computing when they’re young, so they don’t see how fun computing can be,” Ott explains. “They hear about biology and chemistry, but computing seems abstract.” And very few middle and high schools have computing courses or instructors. “Girls don’t . . .