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Characterizing Component Hiding Using Ancestral Entropy - Jason A Williams

englanti
2012-10-09
25,66 € 39,47 €

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Toimitus 10-16 arkipäivässä

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In this research, the problem of software protection and the attributes that define that protection is considered. Specifically, how to protect programs defined as structural combinational logic gates. Obfuscation is one technique for protecting such circuits and involves replacing an original circuit with a functionally equivalent variant that has some definable hiding property. The difficulty of reverse e ... Täydellinen kuvaus

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In this research, the problem of software protection and the attributes that define that protection is considered. Specifically, how to protect programs defined as structural combinational logic gates. Obfuscation is one technique for protecting such circuits and involves replacing an original circuit with a functionally equivalent variant that has some definable hiding property. The difficulty of reverse engineering versus identifying and recovering the original components or sub-circuits within an original circuit is compared. With a polymorphic circuit engine that produces semantically equivalent variations of standard benchmark circuits the level of component hiding across variants with different physical configurations is determined to provide an entropy-based attribute to assess whether components are merged at the structural level.

Lisätietoja

Kirjoittaja Jason A Williams
Julkaisija Creative Media Partners, LLC
Julkaisuvuosi 2012
Kannen tyyppi Pehmeäkantinen
EAN 9781249595182
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Arvostelet: Characterizing Component Hiding Using Ancestral Entropy
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25,66 € 39,47 €