Results 1 to 10 of about 14,185 (168)
Some of the next articles are maybe not open access.
2017
Starting with the work of Bellare, Goldreich and Goldwasser [CRYPTO’94], a rich line of work has studied the design of updatable cryptographic primitives. For example, in an updatable signature scheme, it is possible to efficiently transform a signature over a message into a signature over a related message without recomputing a fresh signature.
Prabhanjan Ananth +2 more
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Starting with the work of Bellare, Goldreich and Goldwasser [CRYPTO’94], a rich line of work has studied the design of updatable cryptographic primitives. For example, in an updatable signature scheme, it is possible to efficiently transform a signature over a message into a signature over a related message without recomputing a fresh signature.
Prabhanjan Ananth +2 more
openaire +2 more sources
An Introduction to Cryptography
2006From the Publisher: An Introduction to Cryptography is intended for the person wanting an introduction to the subject of cryptography, however, it contains enough advanced, optional material to challenge even the informed reader." "Beginning with an overview of the history of cryptography, the author then covers the basics of computer arithmetic and ...
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Information Security Technical Report, 2006
The fundamental concern of Information Assurance today is the issue of trust. Cryptography is one of the main technical defence mechanisms in our armoury, and yet the relationship between the two has rarely been explored. This paper will look at some of the interplay between trust issues and cryptography.
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The fundamental concern of Information Assurance today is the issue of trust. Cryptography is one of the main technical defence mechanisms in our armoury, and yet the relationship between the two has rarely been explored. This paper will look at some of the interplay between trust issues and cryptography.
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Information Systems Security, 2003
Abstract Future cryptosystems — at least those that survive rigorous vetting — will have long lives. However, not all implementations of these cryptosystems will. Existing cryptosystems may have long lives; most existing implementations, however, will not. Advances are inevitable.
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Abstract Future cryptosystems — at least those that survive rigorous vetting — will have long lives. However, not all implementations of these cryptosystems will. Existing cryptosystems may have long lives; most existing implementations, however, will not. Advances are inevitable.
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Security in quantum cryptography
Reviews of Modern Physics, 2022Renato Renner, Christopher Portmann
exaly
Post-Quantum and Code-Based Cryptography—Some Prospective Research Directions
Cryptography, 2021Kalpana Singh, Rajarajan Muttukrishnan
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Advances in quantum cryptography
Advances in Optics and Photonics, 2020Marco Tomamichel +2 more
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Highly Trustworthy In-Sensor Cryptography for Image Encryption and Authentication
ACS Nano, 2023Jong-Hyun Ahn, Yang Chai, Jiewei Chen
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Review of the use of human senses and capabilities in cryptography
Computer Science Review, 2021Kimmo Halunen
exaly