| Document Date: 2012-06-05 18:18:00
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City Livermore / / Company Lockheed Martin Corporation / Sandia National Laboratories / Sandia Corporation / / Country United States / / / Facility Laboratory Directed Research and Development / Massachusetts Institute of Technology / store O / / IndustryTerm software obfuscation techniques / software protection problem / solution using software diversity / inter-twining software functionality / software protection / software protection scheme / software obfuscation / software vendors / software license / to multiple systems / illegal software replication / software protection mechanism / uncontrollable manufacturing characteristics / software tampering / owned subsidiary / software / polynomial time algorithm / secure obfuscation algorithm / trusted hardware / software watermarking / correct device / secure software protection schemes / computing / authentication tool / software industry billions / resistant trusted hardware / hardware device / protected software / software developer / feasible offline solution / possible applications / online server / trusted computing board / exhaustive search / software functionality / pirated software / physical systems / software analysis / Software piracy / peripheral device / / MarketIndex PRP / / Organization Massachusetts Institute of Technology / U.S. Department of Energy’s National Nuclear Security Administration / / Person Boaz Barak / John Solis Sandia / / Position tackle / tape head / software developer / / Product PUFs / / ProvinceOrState Massachusetts / / Technology FPGA / cryptography / RAM / polynomial time algorithm / PUF technologies / SRAM / IPP algorithm / provably secure obfuscation algorithm / /
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A Theoretical Analysis: Physical Unclonable Functions and the Software Protection Problem