Abstract：After briefly describing the features of geometric distortions in remote sensing imagery the emphasis of this paper is placed on the discussion of the sources, extent and variations of systematic distortions in panoramic scanner images, including Landsat-TM, Landsat-MSS and aerial multispectral scanner images. To calculate quantitatively the distortion extent D, a formula is proposed. An example using the aerial multispectral scanner image from southern Germany shows that the systematic distortions in different parts of the image can be corrected satisfactorly and the edge compression can be compensated relevantly also.
谭海樵. 全景扫描图像系统几何畸变特征及其校正[J]. 国土资源遥感, 1991, 3(3): 37-42.
Tan Haiqiao . FEATURES AND CORRECTION OF THE SYSTEMATIC DISTORTION IN PANORAMIC SCANNER IMAGERY. REMOTE SENSING FOR LAND & RESOURCES, 1991, 3(3): 37-42.
[1] 田村秀行等:计算机图像处理技术(赫荣成等译,1988年),303页,北京师范大学出版社,1985[2] Drury, Imagr internretatioa in geology, pp.243, Allen & Unwin (London), 1987[3] R. A. Schowengerdt: Techoiques for Image Processing and Classification in Remote Sending,pp.248, Academic Press (London), 1985[4] Colwell, R.N.: Manual of Remote Sensing (2. ed.), 1983[5] Schroeder, Zicle and Aufgaben des Flugzeugmess Programms, Albertz, J. & Schroeder, M. (Hrsg.) Barichte zum Symposium Rlugzeugmess Programm, 1978[6] 地质矿产部地质遥感中心:航空热红外遥感图像集,地质出版社,1988
1991, Vol. 3 
