Calibration method, device, readable storage medium and system for image acquisition equipment

Abstract

The present invention provides a calibration method, device, computer-readable storage medium and system for an image acquisition device, wherein the method includes: acquiring a distorted image of the image acquisition device; determining the classification data of the distorted image by a pre-trained distortion classifier ; Burn the classification data into the image acquisition device, and automatically correct the distorted image according to the classification data. The invention determines the classification data corresponding to the distorted image through the distortion classifier, and only burns the classification data into the image acquisition device. The classification data is the serial number corresponding to the distortion category to which the distorted image belongs. The time is very short, which shortens the calibration time and improves the calibration efficiency. Moreover, the pre-trained distortion classifier can distort and classify multiple frames of distorted images at the same time, realize parallel calibration of multiple image acquisition devices at the same time, realize batch calibration of image acquisition devices, and greatly improve the calibration efficiency of image acquisition devices.

Description

technical field [0001] The present invention relates to the technical field of image processing, in particular to a calibration method, device, readable storage medium and system for image acquisition equipment. Background technique [0002] In the process of producing image acquisition equipment, due to factors such as environmental errors or assembly errors, the optical path diagram of the image acquisition equipment is distorted. The images collected by the equipment are processed for orthodontics. [0003] Currently, there is a method for calibrating an image acquisition device in the related art, which includes: acquiring a distorted image on the image acquisition device, using a pre-set square grid image and the acquired distorted image, and obtaining the correction data through a proportional mapping algorithm . Burn the acquired correction data into the image acquisition device to complete the distortion calibration of the image acquisition device. [0004] The ab...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned orthodontic data obtained by the proportional mapping algorithm is an array with a large amount of data. It takes a long time to burn the orthodontic data into the image acquisition device, and the calibration efficiency is very low.

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