SARG04 and AK15 Protocols Based on the Run-Time Execution and QBER
Abdulbast A. Abushgra · 2021
Quantum computer has become a concern since the scientists have approved the ability of breaking the classical cryptographic methods in a potential Low-Run- Time Execution. The Run-Time could mean a risk for most of the classical algorithms; if not all. While the classical system depends on the sequential order of bits, quantum system will utilize simultaneous multi-channel submissions. These submissions can be used in several aspects of the quantum system, which include hardware, software, and applications. Also, the power of cryptographic algorithms is based on the processing machine or the Run-Time Execution (RTE). In cryptography, the preference usually is given to simple and fast processing algorithms, where in this paper will compare between two Quantum Key Distribution (QKD) Protocol algorithms. The comparison will discuss and demonstrate the Run-Time Execution between the SARG04 and AK15 Protocols, and both algorithms will be applied to the same number of qubits as well as the measurement mechanism. In addition, both protocols will be experienced to investigate the Quantum Bit Error Rate (QBER), and the possibility of the QBER occurs during qubits transmissions.