国产视频

郑乃铨博士后

星载GNSS-R近地表典型环境探测

职称/职务:博士后

博导/硕导:无

电子邮箱:[email protected]

办公地址:青岛市黄岛区前湾港路579号国产视频 J6楼543室

2014.09-2018.06,山东交通国产视频 ,测绘工程,学士;

2018.09-2021.06,西安科技大学,大地测量学与测量工程,硕士;

2021.09-2024.06,中国人民解放军战略支援部队信息工程大学,测绘科学与技术,博士;

2024.08-至今,国产视频 ,测绘科学与技术,师资博士后。

星载GNSS-R近地表典型环境探测

1. 2025年度国家资助博士后研究人员计划B档,《星载GNSS-R全球海面盐度多源协同反演方法与模型》,主持, 2025.07~2027.07;

2. 青岛市自然科学基金青年项目,《多源数据协同的星载GNSS-R海面盐度反演方法与模型》,主持, 2025.03~2027. 02;

3. 中国博士后科学基金第76批面上资助课题,《机载GNSS-IR高精度海面高反演方法与模型》,主持, 2024.08~2026.07;

4. 山东省博士后创新项目,《多源协同星载GNSS-R全球海面盐度反演方法与模型》,主持, 2025.07~2027.07;

5. 青岛市博士后项目资助,《GNSS海洋环境反射遥感关键技术研究》,主持, 2025.07~2027.07;

6. 自然资源部海洋环境探测技术与应用重点实验室开放基金课题,《星载GNSS-R多源协同感知的时空智能海面风速反演》,主持,2025.04~2027. 03。

2024.11,中国·山东博士(后)创新创业大赛,《机载GNSS-IR高精度海面高反演及应用研究》,揭榜领题赛优胜奖。

代表性论文1,2023.04,Improvement of Snow Depth Inversion Derived From Terrain Tilt Correction and Multi-GNSS Measurements Using the Helmert Variance Component Estimation,《IEEE Transactions on Geoscience and Remote Sensing》,1/5,SCI一区;

代表性论文2,2025.05,Improved and Optimized GNSS-IR Sea Surface Height Retrieval based on Noise Elimination and Lightweight Airborne Multi-GNSS Multi-UAV Fusion,《IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing》,1/5,SCI二区;

代表性论文3,2022.10,Snow depth retrieval by using robust estimation algorithm to perform multi-SNR and multi-system fusion in GNSS-IR,《Advances in Space Research》,1/5,SCI三区;

代表性论文4,2021.04,Accuracy analysis of ground-based GNSS-R sea level monitoring based on multi GNSS and multi SNR,《Advances in Space Research》,1/3,SCI三区;

代表性论文5,2023.02,Hourly Sea Level Prediction‐Based GNSS‐IR Inversions by Combining the Least Squares Learning Cross‐Checking Method With the Gaussian Kernel Model L2 Constraint and LSTM,《Earth and Space Science》,1/6,SCI三区;

代表性论文6,2024.07,Research on GNSS-IR soil moisture retrieval based on random forest algorithm,《Measurement Science and Technology》,1/5,SCI三区;

代表性论文7,2023.08,Preliminary Inquiry on the Linear Relationship between the Height of the Station and the Ground Height Error Retrieved by GNSS-IR with Low-cost Smart Electronic Equipment,《Measurement Science and Technology》,1/2,SCI三区;

代表性论文8,2023.11,Error exploration of ground-based GNSS-IR snow depth retrieval caused by geographical location difference,《International Journal of Remote Sensing》,1/2,SCI四区;

代表性论文9,2022.06,Hourly sea level height forecast based on GNSS-IR by using ARIMA model,《International Journal of Remote Sensing》,1/5,SCI四区;

代表性论文10,2024.08,Accurate soil moisture retrieval using Cyclone Global Navigation Satellite System delay Doppler maps by random forest regression algorithm based on multi-characteristic variable combination,《Journal of Applied Remote Sensing》,1/5,SCI四区。

专利1,2021.05,一种适用于打桩机的桩基础点位实时放样装置,发明专利,中国,2/8;

专利2,2020.07,一种应用于RTK的不可到达地面点坐标测量装置,实用新型专利,中国,1/7。