Add to ORKGA design for an expandable modular multiplication hardware is proposed. This design allows for cascading the hardware if larger moduli are required. The proposed design uses Montgomery modular multiplication algorithm
This work describes a fully scalable hardware architecture for modular multiplication which is effic...
This work describes a fully scalable hardware architecture for modular multiplication which is effic...
This work describes a fully scalable hardware architecture for modular multiplication which is effic...
X design for an expandable modular multiplication hard-wire is proposed. This design allows for casc...
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. ...
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...
A design for an expandable modular multiplication hardware is proposed. This design allows for casca...
International audienceThis paper refers to an alternative hardware implementation for executing modu...
A new version of Montgomery’s algorithm for modular multiplication of large integers and its impleme...
This report describes the design and implementation results in FPGAs of a scalable hardware architec...
In this paper, we investigate the efficient software implementations of the Montgomery modular multi...
Abstract. Montgomery modular multiplication is one of the fundamen-tal operations used in cryptograp...
This work describes a fully scalable hardware architecture for modular multiplication which is effic...
This work describes a fully scalable hardware architecture for modular multiplication which is effic...
This work describes a fully scalable hardware architecture for modular multiplication which is effic...
This work describes a fully scalable hardware architecture for modular multiplication which is effic...
X design for an expandable modular multiplication hard-wire is proposed. This design allows for casc...
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. ...
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...
A design for an expandable modular multiplication hardware is proposed. This design allows for casca...
International audienceThis paper refers to an alternative hardware implementation for executing modu...
A new version of Montgomery’s algorithm for modular multiplication of large integers and its impleme...
This report describes the design and implementation results in FPGAs of a scalable hardware architec...
In this paper, we investigate the efficient software implementations of the Montgomery modular multi...
Abstract. Montgomery modular multiplication is one of the fundamen-tal operations used in cryptograp...
This work describes a fully scalable hardware architecture for modular multiplication which is effic...
This work describes a fully scalable hardware architecture for modular multiplication which is effic...
This work describes a fully scalable hardware architecture for modular multiplication which is effic...
This work describes a fully scalable hardware architecture for modular multiplication which is effic...