Strategies for estimating tropospheric delays with GPS

P. Collins, Y. Mireault, P. Héroux
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引用次数: 4

Abstract

Until recently, the tropospheric zenith delay (TZD) was considered a nuisance parameter of the GPS observation model. However, as the requirements of the weather forecasting community have become better understood, the possible use of TZDs in weather forecasting has been recognized. There are a number of strategies available to process GPS data and produce TZDs. The complexity of some of these strategies can be significant and may even be prohibitive for non-GPS specialists. With suitable infrastructure and precise GPS products however, the complex strategies can be simplified for efficient production of TZDs. The Geodetic Survey Division (GSD) of Natural Resources Canada (NRCan) supports a GPS tracking station and communication infrastructure and computes GPS satellite products suitable for TZD estimation. This paper describes the GPS products, and different approaches, for TZD recovery and compares them in terms of accuracy, availability and operational merits.
利用GPS估计对流层延迟的策略
直到最近,对流层天顶延迟(TZD)一直被认为是GPS观测模式的一个干扰参数。然而,随着天气预报界的需求得到更深入的了解,人们已认识到在天气预报中使用TZDs的可能性。有许多策略可用于处理GPS数据并产生tzd。其中一些策略的复杂性可能是显著的,甚至可能使非gps专家望而却步。然而,有了合适的基础设施和精确的GPS产品,复杂的策略可以简化,以有效地生产tzd。加拿大自然资源部(NRCan)的大地测量部(GSD)支持GPS跟踪站和通信基础设施,并计算适合TZD估计的GPS卫星产品。本文介绍了GPS产品和不同的TZD恢复方法,并对它们的精度、可用性和操作优点进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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