A low latency digit serial multiplier for GF(2m) that can be pipelined to the bit-level is presented in this paper. Unlike existing structures, the new multiplier does not put any restriction on the type of generator polynomial used or the digit size. Furthermore, the latency of the new multiplier is significantly less than the latency of the existing bit-level pipelined digit-serial multiplie
All serial–serial multiplication structures previously reported in the literature have been confine...
Abstract:- In this paper trade-offs in digit-serial multiplier blocks are studied. Three different a...
Because of the efficient tradeoff in area–time complexities, digit-serial systolic multiplier ...
A low latency digit serial multiplier for GF(2m) that can be pipelined to the bit-level is presented...
High throughput is a crucial factor in bit-serial GF(2m) fields multiplication for a variety of diff...
With the rapid development of economic and technical progress, designers and users of various kinds ...
In this article, two digit-serial architectures for normal basis multipliers over GF(2m) are present...
Abstract. T his paper presents two low-energy, highly regular, VLSI architectures performing a large...
Digit-serial architectures obtained using traditional unfolding techniques cannot be pipelined beyon...
In this article, a new architecture of bit-serial polynomial basis (PB) multipliers over the binary ...
We present an architecture for digit-serial multiplication in finite fields GF(2^m) with application...
Multiplication in finite fields (Galois fields) is a basic operation for cryptography applications. ...
Finite field GF(2(m)) is important to many practical application of modern communication. Exponentia...
Digit-serial implementation styles are best suited for implementation of digital signal processing s...
AbstractPairing-based schemes, such as identity-based cryptosystem, are widely used for future compu...
All serial–serial multiplication structures previously reported in the literature have been confine...
Abstract:- In this paper trade-offs in digit-serial multiplier blocks are studied. Three different a...
Because of the efficient tradeoff in area–time complexities, digit-serial systolic multiplier ...
A low latency digit serial multiplier for GF(2m) that can be pipelined to the bit-level is presented...
High throughput is a crucial factor in bit-serial GF(2m) fields multiplication for a variety of diff...
With the rapid development of economic and technical progress, designers and users of various kinds ...
In this article, two digit-serial architectures for normal basis multipliers over GF(2m) are present...
Abstract. T his paper presents two low-energy, highly regular, VLSI architectures performing a large...
Digit-serial architectures obtained using traditional unfolding techniques cannot be pipelined beyon...
In this article, a new architecture of bit-serial polynomial basis (PB) multipliers over the binary ...
We present an architecture for digit-serial multiplication in finite fields GF(2^m) with application...
Multiplication in finite fields (Galois fields) is a basic operation for cryptography applications. ...
Finite field GF(2(m)) is important to many practical application of modern communication. Exponentia...
Digit-serial implementation styles are best suited for implementation of digital signal processing s...
AbstractPairing-based schemes, such as identity-based cryptosystem, are widely used for future compu...
All serial–serial multiplication structures previously reported in the literature have been confine...
Abstract:- In this paper trade-offs in digit-serial multiplier blocks are studied. Three different a...
Because of the efficient tradeoff in area–time complexities, digit-serial systolic multiplier ...