In [Rive90] the MD4 message digest algorithm was introduced taking an input message of arbitrary length and producing an output 128-bit message digest. It is conjectured that it is computationally infeasible to produce two messages having the same message digest, or to produce any message having a given prespecified target message. In this paper it is shown that if the three round MD4 algorithm is stripped of its first round, it is possible to find for a given (initial) input value two different messages hashing to the same output. A computer program implementing this attack takes about 1 millisecond on a 16 Mhs IBM PS/2 to find such a collision.status: publishe
Cryptographic primitives are usually based on a network with some gates. In [SV94], it is claimed th...
In this paper, we summarize the results achieved during our brief three months long research on coll...
We consider highly structured truncated differential paths to mount a new rebound attack on Grøstl-5...
Abstract. MD4 is a hash function developed by Rivest in 1990. It serves as the basis for most of the...
Abstract. In Eurocrypt’05, Wang et al. presented new techniques to find collisions of Hash function ...
Abstract. In 1990 Rivest introduced the hash function MD4. Two years later RIPEMD, a European propos...
In this paper, we present an improved attack algorithm to find two-block collisions of the hash func...
In this paper, we present an improved attack algorithm to find two-block collisions of the hash func...
Abstract. This paper proposes several approaches to improve the col-lision attack on MD4 proposed by...
Abstract. The recent successful attack on the widely used hash function, the MD5 Message Digest Algo...
In this paper, we present a fast attack algorithm to find two-block collision of hash function MD5. ...
Cryptographic hash functions or message digest have numerous applications in data security. The rece...
In this paper, we present an improved attack algorithm to find two-block collisions of the hash func...
In this paper, we present an improved attack algorithm to find two-block collisions of the hash func...
In 2010, Tao Xie and Dengguo Feng [XF10] constructed the first single-block collision for MD5 consis...
Cryptographic primitives are usually based on a network with some gates. In [SV94], it is claimed th...
In this paper, we summarize the results achieved during our brief three months long research on coll...
We consider highly structured truncated differential paths to mount a new rebound attack on Grøstl-5...
Abstract. MD4 is a hash function developed by Rivest in 1990. It serves as the basis for most of the...
Abstract. In Eurocrypt’05, Wang et al. presented new techniques to find collisions of Hash function ...
Abstract. In 1990 Rivest introduced the hash function MD4. Two years later RIPEMD, a European propos...
In this paper, we present an improved attack algorithm to find two-block collisions of the hash func...
In this paper, we present an improved attack algorithm to find two-block collisions of the hash func...
Abstract. This paper proposes several approaches to improve the col-lision attack on MD4 proposed by...
Abstract. The recent successful attack on the widely used hash function, the MD5 Message Digest Algo...
In this paper, we present a fast attack algorithm to find two-block collision of hash function MD5. ...
Cryptographic hash functions or message digest have numerous applications in data security. The rece...
In this paper, we present an improved attack algorithm to find two-block collisions of the hash func...
In this paper, we present an improved attack algorithm to find two-block collisions of the hash func...
In 2010, Tao Xie and Dengguo Feng [XF10] constructed the first single-block collision for MD5 consis...
Cryptographic primitives are usually based on a network with some gates. In [SV94], it is claimed th...
In this paper, we summarize the results achieved during our brief three months long research on coll...
We consider highly structured truncated differential paths to mount a new rebound attack on Grøstl-5...