摘要
随着RTK技术在测量中应用的不断深入,为解决RTK测量数据处理过程复杂、效率低、易出错等问题,采用多源数据共性分析及融合处理技术设计并研发了“GNSS动态测量数据处理系统”,实现了RTK测量数据处理及成果导出的高度自动化和一体化。通过与TBC的数据对比分析,计算结果平面及高程较差均在1 mm以内,证明了系统的准确性;通过与传统处理方式的对比,证明了系统处理的高效性。在当下对测量数据的规范化、标准化管理及保证原始数据可溯源等方面要求越来越高的背景下,本系统的研发具有较高的实用价值。
With the continuous deepening of the application of RTK Technology in measurement,in order to solve the problems of complex,low efficiency and error-prone RTK measurement data processing,the"GNSS dynamic measurement data processing system"was designed and developed by using multi-source data commonness analysis and fusion processing technology,which realized the high automation and integration of RTK measurement data processing and result export.Through comparative analysis with TBC data,the plane and elevation difference of the calculation results are within 1mm,which proves the correctness of the system.By comparing with the traditional processing method,it proves the efficiency of the system processing.Under the background of higher and higher requirements for the standardization of measurement data,standardized management and ensuring the traceability of original data,the research and development of this system has high practical value.
作者
金飞
罗保林
张怀阳
王继斌
JIN Fei;LUO Baolin;ZHANG Huaiyang;WANG Jibin(Chengdu Institute of Survey&Investigation,Chengdu 610031,China)
出处
《测绘与空间地理信息》
2023年第10期65-67,71,共4页
Geomatics & Spatial Information Technology
关键词
RTK测量
数据处理系统
多源融合
坐标转换
RTK measurement
data processing system
multi-source fusion
coordinate transformation
