Titlebook: Cryptographic Algorithms on Reconfigurable Hardware; Francisco Rodríguez-Henríquez,Arturo Díaz Pérez,Çe Book 2007 Springer-Verlag US 2007

Locale

Foram Patel,A. Doshi Ankita,Darshee Baxiws some precomputation since powers of the base can be precomputed and saved [35]. In the exponentiation process for the RSA algorithm, we know the exponent (e) and the modulus (n) in advance but not the base (M); thus, such optimizations are not likely to be applicable.

亲属

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disciplined

Binary Finite Field Arithmetic,applications in the domains of theory of code theory and in cryptography [221, 227, 380]. Finite field’s arithmetic operations include: addition, subtraction, multiplication, squaring, square root, multiplicative inverse, division and exponentiation.

植物群

lobster

Cryptographic Algorithms on Reconfigurable Hardware978-0-387-36682-1Series ISSN 1860-4862 Series E-ISSN 1860-4870

Cpap155

Amandeep Singh,Arpna Devi,Uttam Kumar Mandal thousands of building blocks, known as . (CLB) connected through programmable interconnections. Those CLBs can be reconfigured by the designers themselves resulting in a functionally new digital circuit, this way, virtually any kind of digital circuit can be implemented using FPGAs [11, 272, 304, 244].

大火

Subramani Parasuraman,Pandurangan Perumaley cryptosystems, the RSA algorithm, etc.. This material is also useful for a better understanding of the basic operations involved in the specifications of Rijndael algorithm (new Advanced Encryption Standard (AES)).

Ingrained