QUANTUM MECHANICAL ARTIFICIAL VISION SYSTEM BASED ON ORBITAL QUBIT AND ARITHMETIC OPERATION METHOD

摘要

Disclosed are an orbital qubit-based quantum mechanical artificial vision system and an operation method thereof which replace an NP problem generated by increasing the number of feature points with Hamiltonian using a quantum mechanical Ising model and use orbital qubits of a matrix shape to easily perform calculation. The operation method for orbital qubit-based quantum mechanical artificial vision comprises: a step of acquiring a first labeled graph connecting the gap between points of interest of a first image and a second labeled graph connecting the gap between points of interest of a second image; a step of matching the points of interest of the first image and the points of interest of the second image to generate point-to-point combinations, and comparing the point-to-point combinations with a threshold value to generate a conflict graph while adding the largest point-to-point combination; a step of generating an unconstrained binary optimization formula to find a maximum independent set of the conflict graph; a step of converting the unconstrained binary optimization formula into an Ising model of a quantum system; and a step of calculating Hamiltonian of the Ising model based on an orbital qubit to obtain a solution to the unconstrained binary optimization formula.