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The development of physical geodesy during 1984-2014 – A personal review

机译:1984年至2014年物理大地测量学的发展–个人评论

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This article is a personal review of the development of physical geodesy during 1984-2014. The period is characterized by an intensive advance in both data and theory to meet the growing technical demands in GPS/GNSS applications and scientific needs in geoscience. As a result,many parts of theworld are nowmapped with a 1cmdetailed geoid model, and the global long- to mediumwavelengths of the gravity field and geoid are homogeneously determined to 1 mGal and 1 cm by satellite-only dedicated satellite gravity missions. The future can expect to see even higher demands for accuracy and reliability to satisfy the specifications for a pure geoid model based vertical datum.
机译:本文是对1984年至2014年物理大地测量学发展的个人评论。这一时期的特点是数据和理论都在不断进步,以满足GPS / GNSS应用不断增长的技术需求以及地球科学的科学需求。结果,现在世界上的许多地方都被映射了一个1cm的大地水准面模型,并且仅通过专门的卫星重力任务将重力场和大地水准面的全球中长波长均匀地确定为1 mGal和1 cm。满足对基于大地水准面模型的垂直基准的规范的未来,对精度和可靠性的要求将会更高。

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