基于双光相机的光融合成像系统设计与实现

随着科技的不断发展,光融合成像系统被广泛应用于电网中,对维护电网的稳定性、可靠性有重要的作用。但在实际应用中,部分光融合成像系统的成本高、稳定性差、实时性不足等成了当前亟需解决的问题。基于此,该文提出了一种基于双光相机的光融合成像系统。首先,对双光相机、光融合成像技术进行了理论概述,为后续的系统设计提供理论基础。其次,为实现基于双光相机的光融合成像,采用了一种基于多帧融合的光融合算法,通过对多帧图像进行预处理、特征提取和匹配,实现了高精度的图像融合。最后,通过实验验证了系统的可行性和有效性,结果表明,基于双光相机的光融合成像系统在动态范围、图像清晰度、续航等方面具有较好的性能,能满足不同场景的实时需求。

Fluorescence molecular imaging system and fusion algorithm based on 2CCD camera

Infrared and visible light images can be obtained simultaneously by building fluorescence imaging system,which includes fluorescence excitation,images acquisition,mechanical part,image transmission and processing section.This system studied the 2charge-coupled device(CCD)camera(AD-080CL)of the JAI company.Fusion algorithm of visible light and near infrared images was designed for the fluorescence imaging system with wavelet transform image fusion algorithm.In order to enhance the fluorescent moiety of the fusion image,the luminance value of the green component of the color image was changed.And using microsoft foundation classes(MFC)application architecture,the supporting software system was bulit in VS2010 environment.