Modular exponentiation in the Rivest, Shamir, and Adleman cryptosystem is usually
achieved by repeated modular multiplications on large integers. To speed up the …

As the use of wireless devices becomes widespread, so does the need for strong and
secure transport protocols. Even with this intensified need for securing systems, using …

Modular exponentiation with a large modulus and exponent is a fundamental operation in
many public-key cryptosystems. This operation is usually accomplished by repeating …

Modular exponentiation with a large modulus, which is usually accomplished by repeated
modular multiplications, has been widely used in public key cryptosystems for secured data …

Modular exponentiation with large modulus and exponent, which is usually accomplished by
repeated modular multiplications, has been widely used in public key cryptosystems …

This study aims to provide security solutions for implementing electronic medical records
(EMRs). E-Health organizations could utilize the proposed method and implement …

We present a fast, efficient, and parameterized modular multiplier and a secure
exponentiation circuit especially intended for FPGAs on the low end of the price range. The …

This paper presents and evaluates a compact Signed-Digit (SD) encoding algorithm which
is an efficient class of the large integer encoding algorithms. The compact SD algorithm …

Side channel attacks and more specifically fault, simple power attacks, constitute a
pragmatic, potent mean of braking a cryptographic algorithm like RSA. For this reason, many …

In this paper, RSA cryptosystem was implemented on hardware, then modified to be
resistant against Differential Power Analysis attacks by using the Randomized Table …