Method for simulating quantum harmonic oscillators of individual granularity long-range high-speed traffic flow random oscillation

The invention discloses a method for simulating quantum harmonic oscillators of individual granularity long-range high-speed traffic flow random oscillation, and the method comprises the steps: firstly describing the speed and position of a vehicle through a quantum superposition state, and constructing a quantum harmonic oscillator energy intrinsic equation so as to represent the movement process of the vehicle; secondly, constructing an n-order Hermitian polynomial based on an energy intrinsic equation, constructing a quantum harmonic oscillator model of long-range traffic flow with oscillation simulation in a multi-driving strategy aliasing mode, and optimizing the solving model; and finally, constructing a mapping mechanism between the probability and the traffic flow to realize traffic flow fitting. According to the method, the advantages of statistical physics and dynamic equation modeling are effectively integrated from the idea of traffic flow overall modeling from the uncertainty perspective, the met