A Practical Testing Framework for Isolating Hardware Timing Channels Jason Oberg∗ , Sarah Meiklejohn∗ , Timothy Sherwood† and Ryan Kastner∗ ∗ Computer Science and Engineering, University of California, San Die - Oberg - Document - PDFSEARCH.IO

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	A Practical Testing Framework for Isolating Hardware Timing Channels Jason Oberg∗ , Sarah Meiklejohn∗ , Timothy Sherwood† and Ryan Kastner∗ ∗ Computer Science and Engineering, University of California, San Die Add to Reading List Document Date: 2014-09-03 04:47:31 Open Document File Size: 365,87 KB Share Result on Facebook Company Synopsys / / / Facility or.db library / University of California / Technical University of Denmark / / IndustryTerm higher computing abstractions / data encryption algorithms / / Organization Technical University of Denmark / SESC / University of California / Santa Barbara / University of California / San Diego / / Person Ryan Kastner / Timothy Sherwood / J. K. Oberg / V / Sarah Meiklejohn / / Position designer / / ProgrammingLanguage Python / Verilog / / Technology encryption / data encryption / MIPS processor / radiation / data encryption algorithms / secret key / simulation / Verilog / MIPS-based processor / VHDL / adversary observing encryption / / SocialTag Electronic engineering Information flow Information theory CPU cache Electronics Timing attack Advanced Encryption Standard Function Flip-flop Computer memory

A Practical Testing Framework for Isolating Hardware Timing Channels Jason Oberg∗ , Sarah Meiklejohn∗ , Timothy Sherwood† and Ryan Kastner∗ ∗ Computer Science and Engineering, University of California, San DieAdd to Reading List