Equivalence of Polarization and Secret-Key Agreement. The goal of this section is to prove that an oblivious polarization method for parameters α and β is equivalent to a secret-key agreement protocol (for a one bit key) secure on D(α, β), as defined in Section 2.3.
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Samples: www.iacr.org, crypto.ethz.ch
Equivalence of Polarization and Secret-Key Agreement. The goal of this section is to prove that an oblivious polarization method for parameters α and β is equivalent to a secret-key agreement protocol (for a one bit key) secure on D(αÐ(α, β), as defined in Section 2.3.. Ð
Appears in 2 contracts
Samples: citeseerx.ist.psu.edu, link.springer.com
Equivalence of Polarization and Secret-Key Agreement. The goal of this section is to prove that an oblivious polarization method for parameters α and β is equivalent to a secret-key agreement protocol (for a one bit key) secure on D(α, β), as defined defined in Section 2.3.
Appears in 1 contract
Samples: link.springer.com
