This paper aims to provide a practical implementation one of a probabilistic cipher proposed by M.R.K. Ariffin, M.A. Asbullah and N.A. Abu called as AAβ. We provide details on designing and implementing the AAβ algorithm. Furthermore, to support our understanding by providing a statistical analysis of times taken to implement the key generation, encryption and decryption algorithm for the key sizes 3072, 6144, 9216 and 12288 bits for message spaces of 4n where n = 512, 1024, 1536 and 2048 bits. We show the working of the AAβ algorithm purely from a practical standpoint to justify if it is practically implementable even for large data sets operating on large key sizes
Public-key encryption would seem to be inherently assymmetric. in that only messages sent to a user ...
Randomness is a high impact property of the ciphertext that evaluates the strength of a cryptography...
The key schedule algorithm (KSA) is a crucial element of symmetric block ciphers with a direct secur...
This paper aims to provide a practical implementation one of a probabilistic cipher proposed by M.R....
This paper aims to provide a comparative analysis between probabilistic and deterministic security m...
Problem statement: A block ciphers provides confidentiality in cryptography but cryptanalysis of the...
An introduction to probabilistic encryption is given, presenting the first probabilistic cryptosyste...
Since the appearance of public-key cryptography in Diffie-Hellman seminal paper, many schemes have b...
A new public key agreement (PKA) algorithm, called the strongly-asymmetric algorithm (SAA-5), was i...
A major enhancement strategy of the AAβ cryptosystem is currently proposed which incorporates the Ra...
This paper presents an enhancement of the AAβ cryptosystem. Our approach is to adjust the key genera...
In this paper, we conduct a comparative study for three encryption schemes based upon the difficulti...
In this study, we analyze the performance of a new cryptosystem called AAβ Public Key Cryptosystem....
针对确定性公钥密码体制不能抵抗选择明文攻击的弱点,基于REESSE1+公钥密码体制设计2种概率加密方案,使同一明文对应的密文具有不确定性。方案1在明文比特序列的奇数位置插入相同长度的随机比特串,产生新...
One of the crucial parameters of digital cryptographic systems is the selection of the keys used and...
Public-key encryption would seem to be inherently assymmetric. in that only messages sent to a user ...
Randomness is a high impact property of the ciphertext that evaluates the strength of a cryptography...
The key schedule algorithm (KSA) is a crucial element of symmetric block ciphers with a direct secur...
This paper aims to provide a practical implementation one of a probabilistic cipher proposed by M.R....
This paper aims to provide a comparative analysis between probabilistic and deterministic security m...
Problem statement: A block ciphers provides confidentiality in cryptography but cryptanalysis of the...
An introduction to probabilistic encryption is given, presenting the first probabilistic cryptosyste...
Since the appearance of public-key cryptography in Diffie-Hellman seminal paper, many schemes have b...
A new public key agreement (PKA) algorithm, called the strongly-asymmetric algorithm (SAA-5), was i...
A major enhancement strategy of the AAβ cryptosystem is currently proposed which incorporates the Ra...
This paper presents an enhancement of the AAβ cryptosystem. Our approach is to adjust the key genera...
In this paper, we conduct a comparative study for three encryption schemes based upon the difficulti...
In this study, we analyze the performance of a new cryptosystem called AAβ Public Key Cryptosystem....
针对确定性公钥密码体制不能抵抗选择明文攻击的弱点,基于REESSE1+公钥密码体制设计2种概率加密方案,使同一明文对应的密文具有不确定性。方案1在明文比特序列的奇数位置插入相同长度的随机比特串,产生新...
One of the crucial parameters of digital cryptographic systems is the selection of the keys used and...
Public-key encryption would seem to be inherently assymmetric. in that only messages sent to a user ...
Randomness is a high impact property of the ciphertext that evaluates the strength of a cryptography...
The key schedule algorithm (KSA) is a crucial element of symmetric block ciphers with a direct secur...