University of Illinois / power grid Jason Reeves a / ∗ / Dartmouth College / power grid The / Disassembler Library / University of Calgary / Institute of Electrical / University of California at Los Angeles / /
IndustryTerm
grid systems / important devices / remote management systems / energy usage / energy / automation computing platform data sheet / external solution / virtualized and in-kernel security solutions / power grid control systems / communication protocols / portable tools / computing / less-than-secure technologies / control devices / Apache web server / security solutions / larger devices / embedded systems / industrial control systems / read-only memory chip / security device / architectures software developer / virtualized intrusion detection solutions / legacy applications / intelligent electronic devices / resource-constrained embedded control systems / targeted devices / resource-intensive solutions / dualcore processor / control systems / embedded control systems / real-time operating system / antivirus systems / production power systems / guest software / updating the guest software / /
OperatingSystem
Unix / VMs / Ubuntu / Windows XP / Solaris / Microsoft Windows / Linux / /
Organization
TCIPG Summer School on Cyber Security for Smart Energy Systems / Dartmouth College / University of California at Los Angeles / Institute of Electrical / Institute of Electrical and Electronics Engineers / Department of Energy / United States Government / University of Illinois / Department of Computer Science / University of Calgary / Department of Homeland Security / Center for Embedded Network Sensing / /
Person
Sergey Bratus / Tim Yardley / Sean Smith / Dan Rosenberg / Jason Reeves / Ashwin Ramaswamy / David Buehler / Jon Oberheide / Chris Ewing / Dennis Gammel / David Whitehead / /
Intrusion detection for resource-constrained embedded control systems in the power grid