AbstractAn iterative modular multiplication algorithm designed for efficient implementation on a processor with limited capacity such as an 8-bit microcontroller is proposed. It is a generalization of Chiou and Yang's algorithm and can be implemented in software without excessive bit shifting. A proof of correctness of the proposed algorithm is given together with a run-time analysis
Modular multiplication is one of the most compute-intensive arithmetic operations. Most public-key c...
Algorithms for the parallel multiplication of two n bit binary numbers by an iterative array of logi...
Modular multiplication is the basic operation in most public key cryptosystems, such as RSA, DSA, EC...
AbstractAn iterative modular multiplication algorithm designed for efficient implementation on a pro...
This paper presents a new modular multiplication algorithm that allows one to implement modular mult...
A new version of Montgomery’s algorithm for modular multiplication of large integers and its impleme...
A design for an expandable modular multiplication hardware is proposed. This design allows for casca...
This paper descirbes several improvement of an iterative algorithm for modular multiplication origin...
This chapter describes Peter L. Montgomery\u27s modular multiplication method and the various improv...
. A modular exponentiation is one of the most important operations in public-key cryptography. Howev...
Several public-key cryptographic systems (Schneier, 1996) make heavy use of modular multiplication. ...
In this paper, we investigate the efficient software implementations of the Montgomery modular multi...
: Currently, enhancing the performance of modular multiplication is very important for high performa...
Abstract. A novel technique for computing a 2n-bit modular multipli-cation using n-bit arithmetic wa...
This paper proposes a new fast method for calculating modular multiplication. The calculation is per...
Modular multiplication is one of the most compute-intensive arithmetic operations. Most public-key c...
Algorithms for the parallel multiplication of two n bit binary numbers by an iterative array of logi...
Modular multiplication is the basic operation in most public key cryptosystems, such as RSA, DSA, EC...
AbstractAn iterative modular multiplication algorithm designed for efficient implementation on a pro...
This paper presents a new modular multiplication algorithm that allows one to implement modular mult...
A new version of Montgomery’s algorithm for modular multiplication of large integers and its impleme...
A design for an expandable modular multiplication hardware is proposed. This design allows for casca...
This paper descirbes several improvement of an iterative algorithm for modular multiplication origin...
This chapter describes Peter L. Montgomery\u27s modular multiplication method and the various improv...
. A modular exponentiation is one of the most important operations in public-key cryptography. Howev...
Several public-key cryptographic systems (Schneier, 1996) make heavy use of modular multiplication. ...
In this paper, we investigate the efficient software implementations of the Montgomery modular multi...
: Currently, enhancing the performance of modular multiplication is very important for high performa...
Abstract. A novel technique for computing a 2n-bit modular multipli-cation using n-bit arithmetic wa...
This paper proposes a new fast method for calculating modular multiplication. The calculation is per...
Modular multiplication is one of the most compute-intensive arithmetic operations. Most public-key c...
Algorithms for the parallel multiplication of two n bit binary numbers by an iterative array of logi...
Modular multiplication is the basic operation in most public key cryptosystems, such as RSA, DSA, EC...
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