HY-2A satellite radar altimeter error correction algorithm and verification

Zhang Youguan1、Jia Yongjun1、Fan Chenqing2、Zhang Jie2、Lin Mingsen1

Strategic Study of CAE ›› 2013, Vol. 15 ›› Issue (7) : 53-61.

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PDF(1477 KB)
Strategic Study of CAE ›› 2013, Vol. 15 ›› Issue (7) : 53-61.

HY-2A satellite radar altimeter error correction algorithm and verification

  • Zhang Youguan1、Jia Yongjun1、Fan Chenqing2、Zhang Jie2、Lin Mingsen1

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Abstract

There are many factors affecting the height accuracy of satillite radar altimeter. The dry troposphere delays, wet troposphere delays, invert barometer delays, ionosphere delays, and sea state bias influence the computational accuracy directly. The error correction algorithms for the HY-2A satellite radar altimeter were conducted in this research. And, these algorithms were vertified using the more mature foreign satellite data such as Jason-1/2 and T/P. The results show that the HY-2A error correction algorithms can meet the accuracy requirements.

Keywords

altimeter error correction / HY-2A satellite radar altimeter

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Zhang Youguan,Jia Yongjun,Fan Chenqing,Zhang Jie and Lin Mingsen. HY-2A satellite radar altimeter error correction algorithm and verification. Strategic Study of CAE, 2013, 15(7): 53‒61
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