Add to ORKGThis chapter describes Peter L. Montgomery\u27s modular multiplication method and the various improvements to reduce the latency for software implementations on devices which have access to many computational units
Several public-key cryptographic systems (Schneier, 1996) make heavy use of modular multiplication. ...
Public-key cryptography is a mechanism for secret communication between parties who have never befor...
A design for an expandable modular multiplication hardware is proposed. This design allows for casca...
This chapter compares Peter Montgomery\u27s modular multiplication method with traditional technique...
This paper gives the information regarding different methodology for modular multiplication with the...
This paper gives the information regarding different methodology for modular multiplication with the...
This report describes the design and implementation results in FPGAs of a scalable hardware architec...
Most implementations of the modular exponentiation, ME mod N, computation in cryptographic algorithm...
In this paper, we investigate the efficient software implementations of the Montgomery modular multi...
Two well-known cryptographic protocols, RSA and ECC, employ modular multiplication on large integers...
Two well-known cryptographic protocols, RSA and ECC, employ modular multiplication on large integers...
A new version of Montgomery’s algorithm for modular multiplication of large integers and its impleme...
Several public-key cryptographic systems (Schneier, 1996) make heavy use of modular multiplication. ...
Several public-key cryptographic systems (Schneier, 1996) make heavy use of modular multiplication. ...
A design for an expandable modular multiplication hardware is proposed. This design allows for casca...
Several public-key cryptographic systems (Schneier, 1996) make heavy use of modular multiplication. ...
Public-key cryptography is a mechanism for secret communication between parties who have never befor...
A design for an expandable modular multiplication hardware is proposed. This design allows for casca...
This chapter compares Peter Montgomery\u27s modular multiplication method with traditional technique...
This paper gives the information regarding different methodology for modular multiplication with the...
This paper gives the information regarding different methodology for modular multiplication with the...
This report describes the design and implementation results in FPGAs of a scalable hardware architec...
Most implementations of the modular exponentiation, ME mod N, computation in cryptographic algorithm...
In this paper, we investigate the efficient software implementations of the Montgomery modular multi...
Two well-known cryptographic protocols, RSA and ECC, employ modular multiplication on large integers...
Two well-known cryptographic protocols, RSA and ECC, employ modular multiplication on large integers...
A new version of Montgomery’s algorithm for modular multiplication of large integers and its impleme...
Several public-key cryptographic systems (Schneier, 1996) make heavy use of modular multiplication. ...
Several public-key cryptographic systems (Schneier, 1996) make heavy use of modular multiplication. ...
A design for an expandable modular multiplication hardware is proposed. This design allows for casca...
Several public-key cryptographic systems (Schneier, 1996) make heavy use of modular multiplication. ...
Public-key cryptography is a mechanism for secret communication between parties who have never befor...
A design for an expandable modular multiplication hardware is proposed. This design allows for casca...