A Review of Modular Multiplication Methods and Respective Hardware Implementations Page
1 Informatica 30 (2006) 111–129 111 A Review of Modular Multiplication Methods and …

Modular exponentiation is the cornerstone computation in public-key cryptography systems
such as RSA cryptosystems. The operation is time consuming for large operands. This paper …

In RFID protocols, random numbers are mainly required to anonymize tag answers in order
to guarantee the privacy of the owner of the transponder. Our analysis looks at the feasibility …

Most cryptographic systems are based on modular exponentiation (ME). It is performed
using successive modular multiplications (MMs). In this case, there are many ways to …

In this paper, we propose an efficient 256× 256 bit modular multiplier based on Montgomery
reduction algorithm. The 256× 256 bit modular multiplier is required in elliptic curve and …

Modular exponentiation is an essential operations for various applications, such as
cryptography. The performance of this operations has a tremendous im-pact on the …

This study analyses and compares the most popular Montgomery multiplication algorithms
for their power dissipation on FPGA devices. Among various architectures proposed for …

This paper describes and analyses the Montgomery multiplication algorithm and proposes
two scalable, systolic architectures and hardware implementations based on this algorithm …

Modular multiplication and modular exponentiation are fundamental operations in most
public-key cryptosystems such as RSA. In this paper, we propose a novel implementation of …

Modular multiplication is an integral part of RSA cryptosystems and its performance heavily
determines the performance of the encryption hardware. This paper provides a hardware …