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seminars:seminar_02_17_09 [2017/09/20 22:02] (current)
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 +======An FPGA-based Reliability and Security Engine for Protecting Critical Power Infrastructure ======
  
 +Tuesday February 17, 2009\\
 +Hamerschlag Hall D-210\\
 +4:00 pm\\
 +
 +**{{:​klemper_small.png|}}**\\
 +[[http://​www.ece.cmu.edu/​~pklemper|Peter Klemperer]]\\
 +Carnegie Mellon University\\
 +
 +=====Abstract=====
 +The widespread availability of low-cost, general-purpose computing has
 +led to increased automation and communication within critical
 +infrastructure such as the electrical power grid.  Introducing computing
 +hardware into the systems that perform the work of maintaining critical
 +infrastructure presents many new questions about assuring security
 +against malicious attackers and saboteurs. Current computing platforms
 +support secure computing mainly through software techniques that are
 +typically slow performing. ​ The Reliability and Security Engine (RSE)
 +and Trusted Computing Base framework introduce low-overhead,​
 +hardware-based security checking support that can be retrofitted to
 +existing architectures using field-programmable gate array technology
 +(FPGA).
 +
 +In this talk I will present a case study on the application of the
 +Trusted Computing Base and RSE to protecting the electric power grid
 +infrastructure. ​ An auto-reclosing synchrophasor relay was instrumented
 +and protected with the Trusted Computing Base FPGA-hardware while
 +utilizing typical electrical utility substation hardware, showcasing the
 +flexibility of the technique for application in realistic scenarios.
 +
 +=====Bios=====
 +Peter F. Klemperer is a first year PhD student at Carnegie Mellon (ECE),
 +advised by James C. Hoe.  He completed his Masters Degree in Electrical
 +and Computer Engineering at the University of Illinois at
 +Urbana-Champaign in 2008.  His research interests include reliable and
 +secure computing in both critical and consumer applications. ​
 +
 +**[[seminars:​Seminars | Back to the seminar page]]**