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Ortho Updating by Aerial triangulation based on the existing Ortho-photosand DEM

机译:基于现有的Ortho-Photosand DEM,通过空中三角测量更新ortho

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A new ortho updating method by means of the aerial triangulation which Ground Control Points (GCPs) are auto matched from the existing ortho photos and DEM has been introduced in the paper. In this new method, a two steps auto-matching arithmetic have been used: the one is used in auto matching between the adjacent aerial photos in order to auto transferring tie points of the block; the other is used to matching the tie points with the existing ortho photos by the aid of DEM, if the matching succeed, the ground coordinates of the tie points could be obtained and then it could be used as a GCP in the aerial triangulation. Therefore, the ortho updating method presented in the paper could not only extract tie points, but also could extract enormous GCPs to calculate the Exterior Orientation parameters (EOP) of the aerial images with high accuracy and high reliability.
机译:新的Ortho更新方法借助于地面控制点(GCPS)的空中三角扫描是从现有的邻接照片和DEM匹配的自动匹配。在这种新方法中,已经使用了两个步骤自动匹配算法:该算术用于相邻的航天照片之间的自动匹配,以便自动传递块的连接点;另一个用于通过DEM借助于DEM与现有的邻孔照片匹配连接点,如果匹配成功,则可以获得连接点的地面坐标,然后可以用作空中三角剖分的GCP。因此,本文中呈现的邻摩更新方法不仅可以提取连接点,还可以提取巨大的GCP来计算高精度和高可靠性的航空图像的外向性参数(EOP)。

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