摘要
在未配准的情况下,多帧图像解卷积算法不能发挥其利用多帧图像信息互补的优势,针对这种情况,本文将基于SIFT特征配准的算法引入多帧图像解卷积算法中,这一做法克服了各帧影像之间相同位置不同细节像素之间的影响,有效地提高了复原图像的质量。实际观测数据的复原结果证明了本文思想的正确性,配准后图像的复原结果更加清晰,且体现出观测目标更多的细节信息。
Most of the current multi-frame restoration algorithms either utilize the multi-frame data simply by shift-and-add or take no account of the precise registration between frames. With unregistered frames, the complementary information "about the identical details can not he effectively used arid the restoration quality is also influenced. Even sometimes with the increase of frames, the result probably turns to be worse. This paper incorporated the SIFT feature registration into the multi-frame deconvolntion, which could overcome the interaction artifacts induced by unregistered images between different detail pixels at the same location and improve the quality of the restored images effeetively. The expriroents proved the superiority of this algorithm. The restored image would be clearer and show more details.
出处
《测绘科学》
CSCD
北大核心
2011年第6期109-111,共3页
Science of Surveying and Mapping
基金
国家863计划项目(2006AA12Z110)
国家自然科学基金(60778051)
测绘学院硕士学位论文创新与创优基金
关键词
大气湍流
湍流降质图像
尺度不变特征
图像复原
多帧图像解卷积
atmospherie turbulence
turbulence degraded images
scale invariant features
image restoration
multi-frame image deconvolution