Considers QPV in higher dimensions carefully and shows unconditional security in the random oracle model
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Improved analysis of how to use QPV to provide the authentication within QKD
Considers QPV in the setting when the verifiers and the prover pre-share a secret. Shows that then QPV is unconditionally secure by indefinitely expanding the secret using QKD
Tightly characterises the secure region of the protocol depending on the loss and error rates
Shows a robust linear lower bound on the dimension of the attack resource state