1) image rectification
影像纠正
1.
So the conformal transformation model for the image rectification is taken as a beginning to deduce the relation between the accuracy of an arbitrary point and the accuracy of control points.
现有影像纠正精度以控制点精度评定为基础 ,对于精度探讨采用可视化技术从整体上进行表达。
2.
So the conformal transformation model for the image rectification is taken as a b eginning to deduce the relation between the accuracy of an arbitrary point and t he accuracy of control points,besides,according to such relation,the inverse dis tance power method is used to give the spatial interpol.
并以相似变换作为影像纠正的基本模型 ,推导了纠正后任意点精度与控制点精度的关系 ,基于此选择采用空间插值方法 ,插值影像纠正后任意点不同方向上的点位的精度 。
2) ortho-image rectification
正射影像纠正
3) satellite image rectification
卫星影像纠正
5) remote sensing image correction
遥感影像纠正
1.
Combined with collection,preservation,control points sharing functions,it could extract DEM intelligently and finish the remote sensing image correction and checking quickly.
"快速遥感影像纠正处理系统RSWorkS"改进了传统资料管理模式,建立了4D产品控制资料数据库,集采集、保存、共享控制点资料于一体,智能提取DEM,快速完成遥感影像的纠正及检查。
补充资料：不合格品纠正措施(见纠正措施)
不合格品纠正措施(见纠正措施)
corrective actions for nonconforming product:see corrective actions
bul，卯ping jiuzhe叫euoshi不合格品纠正措施(~tive actions for non-印雨皿吨prt泪uct)见纠正措施。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条