Deterministic, Efficient Variation of Circuit Components to Improve Resistance to Reverse Engineering - Tapa blanda

Koranek, Daniel F.

 
9781288417131: Deterministic, Efficient Variation of Circuit Components to Improve Resistance to Reverse Engineering
Tapa blanda
ISBN 10: 1288417136 ISBN 13: 9781288417131
Editorial: BiblioScholar, 2012

Sinopsis

This research proposes two alternative methods for generating semantically equivalent circuit variants which leave the circuit's internal structure pseudo-randomly determined. Component fusion deterministically selects subcircuits using a component identification algorithm and replaces them using a deterministic algorithm that generates canonical logic forms. Component encryption seeks to alter the semantics of individual circuit components using an encoding function, but preserves the overall circuit semantics by decoding signal values later in the circuit. Experiments were conducted to examine the performance of component fusion and component encryption against representative trials of subcircuit selection-and-replacement and Boundary Blurring, two previously defined methods for circuit obfuscation. Overall, results support the conclusion that both component fusion and component encryption generate more secure variants than previous methods and that these variants are more e cient in terms of required circuit delay and the power and area required for their implementation.

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Reseña del editor

This research proposes two alternative methods for generating semantically equivalent circuit variants which leave the circuit's internal structure pseudo-randomly determined. Component fusion deterministically selects subcircuits using a component identification algorithm and replaces them using a deterministic algorithm that generates canonical logic forms. Component encryption seeks to alter the semantics of individual circuit components using an encoding function, but preserves the overall circuit semantics by decoding signal values later in the circuit. Experiments were conducted to examine the performance of component fusion and component encryption against representative trials of subcircuit selection-and-replacement and Boundary Blurring, two previously defined methods for circuit obfuscation. Overall, results support the conclusion that both component fusion and component encryption generate more secure variants than previous methods and that these variants are more e cient in terms of required circuit delay and the power and area required for their implementation.

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Editorial
BiblioScholar
Año de publicación
2012
Idioma
Inglés
ISBN 10 
1288417136
ISBN 13 
9781288417131
Encuadernación
Tapa blanda
Número de páginas
166
Contacto del fabricante
no disponible
Persona responsable
gpsr@libri.de
gpsr@libri.de

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