首页|岸基条件下的星载GNSS-R干涉测高精度验证评估

岸基条件下的星载GNSS-R干涉测高精度验证评估

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星载GNSS-R干涉测高技术通过调制GNSS卫星信号的宽带混合码,可以实现高精度宽幅海面测高.为有效验证星载GNSS-R干涉测高性能,本文设计了基于岸基GNSS-R干涉测高结果,开展星载GNSS-R干涉测高精度等效评估的策略.评估结果表明,GNSS-R干涉测高与卫星导航系统信号体制及信号信噪比相关,星载GNSS-R干涉测高可实现分米级测高精度.本文的研究成果可为后续星载GNSS-R干涉测高工程实践提供技术参考和数据支持.
Accurate verification and evaluation of on-board GNSS-R interferometric altimetry under on-shore conditions
The on-board GNSS-R interferometric altimetry technology utilizes wideband hybrid codes modulated on GNSS satel-lite signals to achieve high-precision wide-swath sea surface altimetry.In order to evaluate the performance of on-board GNSS-R interferometric altimetry,this article designs an accuracy evaluation strategy for on-board GNSS-R interferometric altimetry based on the results of on-shore GNSS-R interferometric altimetry.The evaluation results show that GNSS-R interferometric altimetry is related to the signal system and signal-to-noise ratio of satellite navigation systems.On-board GNSS-R interfero-metric altimetry can achieve centimeter-level altimetry accuracy.The research findings of this article provide technical reference and data support for the engineering practice of subsequent on-board GNSS-R interferometric altimetry technology.

GNSS-Rsea surface heightinterferometric altimetryaccuracy verificationon-shore tests

黄令勇、李世忠、夏俊明、王海岩、孙越强、杨日新、杜起飞、黄志勇

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智慧地球重点实验室,北京 100094

地理信息工程国家重点实验室,陕西西安 710054

中国科学院国家空间科学中心,北京 100190

GNSS-R 海面高度 干涉测高 精度验证 岸基试验

2024

测绘学报
中国测绘学会

测绘学报

CSTPCD北大核心
影响因子:1.602
ISSN:1001-1595
年,卷(期):2024.53(2)
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