Spedizione gratuita per ordini superiori a 69,99 euro.

Controllare lo stato dell'ordine

Entra a far parte di una comunità di amanti dei libri di tutto il mondo e ottieni numerosi vantaggi. Crea un account gratuito

Spedizione gratuita con Packeta per un prezzo superiore a 69.99 €

Corriere Bartolini 4.49 € Punto Poste 5.49 € Punto Poste 5.49 € Punto Bartolini 3.49 € Corriere DHL 6.99 € Corriere GLS 5.99 € Punto GLS 4.49 €

Contatto

Come acquistare

Aiuto

Il mio account

▸ Vuoto :-(

Spedizione gratuita per ordini superiori a 69,99 euro.

Obfuscation Framework Based on Functionally Equivalent Combinatorial Logic Families

Name: Obfuscation Framework Based on Functionally Equivalent Combinatorial Logic Families
Brand: Biblioscholar
SKU: 08243860
Price: 58.29 EUR
Availability: InStock
Author: Moses C James
ISBN: 9781288327492

Moses C James

Lingua

Inglese

Libro In brossura

Codice Libristo: 08243860

Casa editrice Biblioscholar, novembre 2012

This thesis aims to be a few building blocks in the bridge between theoretical and practical softwar... Descrizione completa

Codice Libristo: 08243860

143 b

58.29 €

Magazzino esterno Inviamo tra 14-21 giorni

Fino a 30 giorni per il reso

I clienti hanno acquistato anche

Wolfs Geschichten Um Ein Burgerhaus - Erstes Buch Wilhelm Langewiesche

Rigido

23.39 €

Insel Hiddensee Alexander Ettenburg

In brossura

12.29 €

Allt Om Pubmed, Lar Dig Hitta I Den Medicinska Forskningens Kunskapsbank McDougall

In brossura

45.59 €

Midnite Dynamite (Lim.Collector's Edition) Kix

CD audio

16.69 €

Decouverte Gallimard Dagens

In brossura

21.69 €

Cápatestvér - Népmesék félreértett állatokról Zalka Csenge Virág

Rigido

12.69 €

This thesis aims to be a few building blocks in the bridge between theoretical and practical software obfuscation that researchers will one day construct. We provide a method for random uniform selection of circuits based on a functional signature and specific construction specifiers. Additionally, this thesis includes the first formal definition of an algorithm that performs only static analysis on a program; that is analysis that does not rely on the input and output behavior of the analyzed program. This is analogous to some techniques used in real-world software reverse engineering. Finally, this thesis uses the equivalent circuit library to empirically produce some statistical data about enumerated circuit families and explains how this data may be useful to future researchers.