TP722 2004010780 大气污染定量遥感方法及其在长江三角洲的应用= Method of quantitative remote sensing for air pollution monitoring and its application in Changjiang river delta area[刊,中]/邓孺孺(中科院遥感应用研究所遥...TP722 2004010780 大气污染定量遥感方法及其在长江三角洲的应用= Method of quantitative remote sensing for air pollution monitoring and its application in Changjiang river delta area[刊,中]/邓孺孺(中科院遥感应用研究所遥感信息科学重点实验室.北京(100101)),田国良…展开更多
This paper presents the studies of the refining of IKONOS-2 RPC, the transform of the datum, the mode of the control point distribution and the method of IKONOS stereo triangulation, so that IKONOS imagery can be used...This paper presents the studies of the refining of IKONOS-2 RPC, the transform of the datum, the mode of the control point distribution and the method of IKONOS stereo triangulation, so that IKONOS imagery can be used to collect the precise geospatial data and produce the large scale map.The transform between the IKONOS-2 image space and the national coordinate system based on the RPC have been developed, and the results of block adjustment with various control schemes in a practical project near Himalayas have been examined and analysed. The encouraging results of high positioning accuracy have been obtained.展开更多
文摘TP722 2004010780 大气污染定量遥感方法及其在长江三角洲的应用= Method of quantitative remote sensing for air pollution monitoring and its application in Changjiang river delta area[刊,中]/邓孺孺(中科院遥感应用研究所遥感信息科学重点实验室.北京(100101)),田国良…
基金Funded by the Western Region Transport Development Science and Technology Program (No.2002 318 0050).
文摘This paper presents the studies of the refining of IKONOS-2 RPC, the transform of the datum, the mode of the control point distribution and the method of IKONOS stereo triangulation, so that IKONOS imagery can be used to collect the precise geospatial data and produce the large scale map.The transform between the IKONOS-2 image space and the national coordinate system based on the RPC have been developed, and the results of block adjustment with various control schemes in a practical project near Himalayas have been examined and analysed. The encouraging results of high positioning accuracy have been obtained.
