Project
Advances in the GGH lattice-based cryptosystem
Project (M.S., Computer Science)--California State University, Sacramento, 2016.
Today's popular asymmetric cryptosystems are vulnerable to quantum attacks. I read multiple GGH research papers. I implemented four GGH-based cryptosystems. Lattice problems are promising quantum-resistant cryptographic primitives, but further developments are required before they can be considered secure and practical.
Today's popular asymmetric cryptosystems are vulnerable to quantum attacks. I read multiple GGH research papers. I implemented four GGH-based cryptosystems. Lattice problems are promising quantum-resistant cryptographic primitives, but further developments are required before they can be considered secure and practical.
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2016_-_Rond_-_Advances_in_the_GGH_Lattice-based_Cryptosystem.pdf | 2019-08-14 | Public |
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