Abstract
In order to solve the problem of serious damage during the operation of mechanical metal parts, the intelligent control algorithm of deformation of mechanical metal parts is studied based on the Internet of Things technology. Firstly, the characteristic parameters of deformation of metal parts are collected by the fuzzy algorithm, and the extreme value of damage degree of parts is evaluated and calculated by the artificial ant colony algorithm. According to the calculation results, the deviation parameters of the moving trajectory of the mechanical metal parts are corrected to alleviate the damage of the metal parts, so as to realize the intelligent control algorithm for the deformation of the mechanical metal parts. Finally, the experiment proves that the intelligent deformation control algorithm based on the Internet of Things has better practical value than the traditional algorithm.
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