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Enhanced security of affine ciphers using digraph transformation and a modified three pass protocol. [PDF]
Sci RepBete S +4 more
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Vehicle-to-Vehicle Secure Communication Protocol Based on Digital Vehicle Identification Number. [PDF]
Sensors (Basel)Escapa Gordón P +2 more
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A triple-layer authentication framework with elliptic curve cryptography for securing IoT-assisted wireless sensor networks. [PDF]
PLoS OneAlanazi MD.
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SIAM Journal on Computing, 1991
The property of nonmalleability for the encryption function \(E\) is a stronger extension of the classic notion of semantic security that was introduced by Goldwasser and Micali. This property is defined as follows. For all polynomial-time computable relations \(R\) seeing \(\alpha\in E(x)\) does not help one to find \(\beta\in E(y)\), \(\beta\neq ...
Dolev, Danny, Dwork, Cynthia, Naor, Moni
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The property of nonmalleability for the encryption function \(E\) is a stronger extension of the classic notion of semantic security that was introduced by Goldwasser and Micali. This property is defined as follows. For all polynomial-time computable relations \(R\) seeing \(\alpha\in E(x)\) does not help one to find \(\beta\in E(y)\), \(\beta\neq ...
Dolev, Danny, Dwork, Cynthia, Naor, Moni
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European Transactions on Telecommunications, 1994
AbstractIn the traditional scenario in cryptography there is one sender, one receiver and an active or passive eavesdropper who is an opponent. Large bank transactions require two people to sign, implying two senders. So the power to generate a valid transaction is shared.
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AbstractIn the traditional scenario in cryptography there is one sender, one receiver and an active or passive eavesdropper who is an opponent. Large bank transactions require two people to sign, implying two senders. So the power to generate a valid transaction is shared.
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Scientific American
The science of cryptography lies at the very foundations of trust in current and future systems and devices for communication and computation. For example, secure communications over the internet today are possible thanks to mathematical work in cryptography in the 1970s and 80s.
Johannes Buchmann +3 more
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The science of cryptography lies at the very foundations of trust in current and future systems and devices for communication and computation. For example, secure communications over the internet today are possible thanks to mathematical work in cryptography in the 1970s and 80s.
Johannes Buchmann +3 more
+5 more sources
Foundations of Physics, 2010
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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2004
The emphasis and increased awareness of information security require an understanding and knowledge of the technology that supports it. As the risks and complexity of security keep growing along with the development of the Internet and e-commerce, securing information has become of utmost importance. With the worries about cyber-terrorism, hackers, and
Leslie Leong, Andrzej T. Jarmoszko
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The emphasis and increased awareness of information security require an understanding and knowledge of the technology that supports it. As the risks and complexity of security keep growing along with the development of the Internet and e-commerce, securing information has become of utmost importance. With the worries about cyber-terrorism, hackers, and
Leslie Leong, Andrzej T. Jarmoszko
openaire +2 more sources