一种面向多源图像的自动化采集与质量增强方法及系统

By using RANSAC registration and wavelet decomposition fusion technology driven by synchronous acquisition and quality scoring, the problem of limited image quality improvement in automated processing of multi-source images is solved, and high-precision image registration and quality enhancement effects are achieved.

CN122134774BActive Publication Date: 2026-07-17HUNAN INST OF INFORMATION TECH

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
HUNAN INST OF INFORMATION TECH
Filing Date
2026-04-28
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing technologies fail to effectively utilize complementary information between multiple images in automated processing of multi-source images, resulting in limited improvement in image quality, especially in terms of image registration accuracy and the lack of effective decision-making mechanisms for improving global contours and local details.

Method used

By simultaneously acquiring multi-source images, extracting local spatial features and global statistical features, calculating quality scores, performing weighted registration using the RANSAC algorithm, and generating enhanced images through multi-layer wavelet decomposition and fusion of high-frequency and low-frequency coefficients driven by quality scores.

Benefits of technology

It achieves high-precision registration and quality enhancement of multi-source images, improving image contrast, clarity and detail richness, and realizing a fully automated closed loop from acquisition to enhancement.

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Abstract

本发明提供一种面向多源图像的自动化采集与质量增强方法及系统,涉及图像增强技术领域,本发明通过同双轨制质量评价,为多源图像提供了全局可信度与局部清晰度的精准量化基础;首先利用质量评价信息对RANSAC算法进行加权,提升了在图像质量不均场景下特征配准的鲁棒性与对齐精度;通过结合全局评分与局部方差的决策机制,自适应地逐像素选用所有图像中最清晰可靠的细节来源,从而在提升单幅图像清晰度的同时最大化保留优势纹理;在优化各幅图像的低频轮廓时,通过基于全局评分的非线性加权生成公共参考模板并进行自适应融合,改善了图像的整体对比度与层次感,并抑制了噪声;最终实现多源图像采集与增强的全流程自动化闭环。
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