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Quantum Oblivious Transfer
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==Notation== * <math>b_0</math> and <math>b_1</math>: The two one-bit messages of the sender out of which one is to be received by the receiver. * <math>q</math>: Quantum efficiency of receiver's detectors. * <math>d</math>: Dark count rate of receiver's detectors. * <math>\mu</math>: Intensity of light pulses used by the sender. * <math>a</math>: Fraction of pulses sender will expect receiver to detect successfully. * <math>\epsilon</math>: Bit error rate sender will be willing to correct in receiver's data to compensate for his dark counts and other noise sources * <math>N</math>: Security parameter, bits twice the number of which wil be used in communication * <math>x_0</math> and <math>x_1</math>: Parities of the two random subsets of each set. * <math>c</math>: Receiver's choice of the one-bit message. * <math>\hat{c}</math>: Index of the set whose parity is known to the receiver.
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