Prediction of Order Effects for Landing Signal Officer Guidance Decision-Making based on Quantum Interference

摘要

To address the instruction order effects of dynamic decision-making for landing signal officers (LSO) of carrier-based aircraft in a comparative semantic context, in this paper, we propose a prediction approach of LSO guidance decision-making based on quantum interference. By constructing the quantum decision-making model of incompatible events, the restraint of law of total probability is shaken. Comparing the decision deviation of alternatives with non-comparative and comparative contexts, we analyze the interference nature of order effects. Then, we represent the similarity of events based on projective similarity index in Hilbert space and design a q-test prediction that satisfies the order effects of quantum decision-making. The experimental results show that the modified approach is accurate in predicting for assimilation effects and contrast effects. The theoretical basis for improving the accuracy of LSO decision-making is confirmed in a less projective similarity comparative semantic context. As such, the obtained results have certain reference value for personnel allocation, work periods, and landing safety of carrier-based aircraft.