Quantum cryptography | Cryptography

Noisy-storage model

The noisy-storage model refers to a cryptographic model employed in quantum cryptography. It assumes that the quantum memory device of an attacker (adversary) trying to break the protocol is imperfect (noisy). The main goal of this model is to enable the secure implementation of two-party cryptographic primitives, such as bit commitment, oblivious transfer and secure identification. (Wikipedia).

Noisy-storage model
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Related pages

Quantum channel | BB84 | Quantum depolarizing channel | Qubit | Integer factorization | Oblivious transfer | Computational hardness assumption | Classical capacity | Mutually unbiased bases | Quantum key distribution | Quantum capacity | Integer | Quantum information | Quantum cryptography | Identity channel | Adversary (cryptography) | Information theory