QUANTUM MECHANICAL MACHINE VISION SYSTEM BASED ON QUANTUM DOT AND ARITHMETIC OPERATION METHOD

摘要

A quantum dot based quantum dynamical artificial vision system and a computation method are disclosed which replace the NP problem generated as the number of feature points increases with Hamiltonian using a quantum mechanical eigenmode and can easily calculate using the quantum dots of the matrix form . In the quantum mechanical point-of-view computing method based on quantum dots, a computer generates a first labeled graph connecting interest points of a first image and a second labeled graph connecting interest points of a second image. A point-to-point combination is generated by matching the points of interest of the first image and the points of interest of the second image, and a point-to-point combination having the greatest similarity is generated. Generating a confliction graph by adding a point-to-point combination as a vertex; generating an unrestricted binary optimization equation for finding a maximum independent set of the conflict graph; Dependent ringing model Hamiltonian H, (Where J ₁₂ (t) is a value controlled by an external bias individually applied to the quantum dots), and by adjusting the external bias applied to the quantum dots so as to have a minimum Hamiltonian H, Lt; / RTI solution.