Q-OFDM Scheme Implementation in Quantum Communication Protocol

Recent integration of Quantum Orthogonal Frequency Division Multiplexing (Q-OFDM) in communication protocol seems ground-breaking to address the solution of the challenges of less robustness, low quality spectral efficiency and low latency in the scheme. Mitigating the bit error rate (BER) is the additional advantage in such modern technology of communication. To investigate its effectiveness, the report proposes the Q-OFDM protocol with comparative analysis on the measured dataset with the reference communication (RC) scheme. The work encompasses Quirk-E simulation platform to obtain output dataset for numerous qubit states over two different rotational angles measured on x-axis (. The outcome indicates a significantly higher probability count of correctly measured quantum states for all experimental states of Q-OFDM protocol over RC scheme.