
This paper introduces a novel quantum oblivious transfer (QOT) protocol that prioritizes practical implementation and efficiency, addressing limitations of previous protocols by using a relaxed-extractable quantum bit commitment scheme and error correction techniques to enable feasible experimental realization.


coremsg

a-practical-and-efficient-quantum-oblivious-transfer-protocol-based-on-one-way-functions


A Practical and Efficient Quantum Oblivious Transfer Protocol Based on One-Way Functions


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While potentially advantageous over classical counterparts, the simplest quantum Rabin oblivious transfer protocol, using two pure states, reveals vulnerabilities upon analyzing cheating strategies for both the sender and receiver.


cheating-strategies-in-quantum-rabin-oblivious-transfer-using-two-pure-states


Cheating Strategies in Quantum Rabin Oblivious Transfer Using Two Pure States
