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WGS84、北京54、高斯-克吕格坐标系转换算法
引用本文:陈立颂,任继山.WGS84、北京54、高斯-克吕格坐标系转换算法[J].上海航天,2013(5):62-64.
作者姓名:陈立颂  任继山
作者单位:[1]上海航天技术研究院,上海201109 [2]上海机电工程研究所,上海201109
摘    要:根据全球定位系统(GPS)采用的WGS84坐标系、电子地图所用的北京54坐标系和指挥控制应用中的高斯-克吕格坐标系定义,研究了WGS84坐标系分别转换至北京54、高斯-克吕格坐标系的模型。由转换模型可将GPS定位信息更好地应用于系统设计。

关 键 词:WGS84坐标系  北京54坐标系  高斯-克吕格平面坐标系  坐标转换

Transfer Algorithm of WGS84, Beijing 54 and Guass-Kriiger Coordinate System
CHEN Li-song,REN Ji-shan.Transfer Algorithm of WGS84, Beijing 54 and Guass-Kriiger Coordinate System[J].Aerospace Shanghai,2013(5):62-64.
Authors:CHEN Li-song  REN Ji-shan
Institution:1. Shanghai Academy of Spaceflight Technology, Shanghai 201109, China; Shanghai Electro-Mechanical Engineering Institute, Shanghai 201109, China)
Abstract:According to the definition of WGS84 coordinate system in GPS, Beijing 54 coordinate system in electronic map and Gauss-Krtiger coordinate system in command and control application, the modes of WGS84 coordinate transferred to Beijing 54 and Guass-Krtiger coordinate system respectively were studied in this paper. The GPS location information would be applied in the system design by using the transfer modes.
Keywords:WGS84 coordinate sygtem  Beijing 54 coordinate system  Guass-Krtiger coordinate system  Coordinate transfer
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