AbstractHoffstein and Silverman suggested a use of Low Hamming Weight Product (LHWP) to compute a random power in a group or a multiple of an element in a ring. It reduces the computation of powers in a group with fast endomorphisms such as the Galois field F2n and Koblitz elliptic curves. In this paper, we introduce a reduced representation of LHWP and apply them to attack the relevant cryptosystems
Nowadays, one area of research in cryptanalysis is solving the Discrete Logarithm Problem (DLP) in f...
Randomness is a key ingredient in cryptography. For instance, random numbers are used to generate ke...
We revisit some well-known cryptographic problems in a black box modular ring model of computation. ...
Hoffstein and Silverman suggested a use of Low Hamming Weight Product (LHWP) to compute a random pow...
AbstractThere are many cryptographic constructions in which one uses a random power or multiple of a...
Abstract. There are many cryptographic constructions in which one uses a random power or multiple of...
Abstract. A low Hamming weight product (LHWP) exponent is used to increase the efficiency of cryptos...
The security of many cryptographic schemes relies on the intractability of the discrete logarithm pr...
In a recent paper, Aggarwal, Joux, Prakash, and Santha (AJPS) describe an ingenious public-key crypt...
We describe an attack on the family of Diffie-Hellman and El-Gamal like cryptosystems recently prese...
We propose some new baby-step giant-step algorithms for computing low-weight discrete logarithms; ...
In this paper, we survey the status of attacks on the ring and polynomial learning with errors probl...
As the core operation of many public key cryptosystems, group exponentiation is central to cryptogra...
Groups where the discrete logarithm problem (DLP) is believed to be intractable have proved to be in...
In this paper, we survey the status of attacks on the ring and polynomial learning with errors probl...
Nowadays, one area of research in cryptanalysis is solving the Discrete Logarithm Problem (DLP) in f...
Randomness is a key ingredient in cryptography. For instance, random numbers are used to generate ke...
We revisit some well-known cryptographic problems in a black box modular ring model of computation. ...
Hoffstein and Silverman suggested a use of Low Hamming Weight Product (LHWP) to compute a random pow...
AbstractThere are many cryptographic constructions in which one uses a random power or multiple of a...
Abstract. There are many cryptographic constructions in which one uses a random power or multiple of...
Abstract. A low Hamming weight product (LHWP) exponent is used to increase the efficiency of cryptos...
The security of many cryptographic schemes relies on the intractability of the discrete logarithm pr...
In a recent paper, Aggarwal, Joux, Prakash, and Santha (AJPS) describe an ingenious public-key crypt...
We describe an attack on the family of Diffie-Hellman and El-Gamal like cryptosystems recently prese...
We propose some new baby-step giant-step algorithms for computing low-weight discrete logarithms; ...
In this paper, we survey the status of attacks on the ring and polynomial learning with errors probl...
As the core operation of many public key cryptosystems, group exponentiation is central to cryptogra...
Groups where the discrete logarithm problem (DLP) is believed to be intractable have proved to be in...
In this paper, we survey the status of attacks on the ring and polynomial learning with errors probl...
Nowadays, one area of research in cryptanalysis is solving the Discrete Logarithm Problem (DLP) in f...
Randomness is a key ingredient in cryptography. For instance, random numbers are used to generate ke...
We revisit some well-known cryptographic problems in a black box modular ring model of computation. ...