Personal Information
Supervisor of Master's Candidates
Supervisor of Doctorate Candidates
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Date of Birth:
1982-09-25 -
E-Mail:
shishuzhu@whu.edu.cn -
Date of Employment:
2015-07-01 -
School/Department:
遥感信息工程学院 -
Education Level:
With Certificate of Graduation for Doctorate Study -
Business Address:
武汉大学宇航科学与技术研究院附1-125 -
Gender:
Male -
Contact Information:
027-87869685 -
Professional Title:
Associate professor -
Status:
Employed
Discipline:
Photogrammetry and Remote Sensing
Other Contact Information
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ZipCode:
430072 -
Fax:
027-87869887 -
PostalAddress:
武汉大学信息学部宇航科学与技术研究院401办公室 -
OfficePhone:
027-87869685 -
email:
shishuzhu@whu.edu.cn
Paper Publications
Current position: Home > Scientific Research > Paper Publications
- [1]. 石书祝 , 严颂华 and 董杰. 新时期遥感科学与技术专业微波成像理论教学与课程实习设计. 大学. 17. 106-110. 2024.
- [2]. 龚健雅 , 张策 and 石书祝. GNSS外辐射源动目标遥感检测技术现状与发展趋势. 武汉大学学报-信息科学版. 49 (7). 1053-1069. 2024.
- [3]. Zhang Ce , Shi Shuzhu , Gong Jianya and Li Rui. A Coherent TBD Algorithm for Remote Sensing of Weak Target Using GNSS Reflected Signals. IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing. 17. 11485-11502. 2024.
- [4]. Shuzhu Shi , Wang Shiwei , Li Tao , Liu Yan and Sun Hengqing. Numerical simulation of the radar cross section of UHV/EHV power lines illuminated by X-, C-, L-, and P-band spaceborne SAR. IEEE Transactions on Geoscience and Remote Sensing. 61. 2002514. 2023.
- [5]. Ce Zhang , Shuzhu Shi , Songhua Yan and Jianya Gong. Moving target detection and parameter estimation using BeiDou GEO satellites-based passive radar with short-time integration. IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing. 16. 3959-3972. 2023.
- [6]. Shuzhu Shi , Yu Ye and Rui Xiao. Evaluation of food security based on remote sensing data – taking Egypt as an example. Remote Sensing. 14 (12). 2876. 2022.
- [7]. Shi Shuzhu , Hou Ailing , Liu Yan , Cheng Lei and Chen Zhiwei. Scattering characteristics of ultra-high-voltage power lines in spaceborne SAR images. Progress in Electromagnetics Research M. 102. 13-26. 2021.
- [8]. Wang Shiwei , Shi Shuzhu and Ni Binbin. Joint use of spaceborne microwave sensor data and CYGNSS data to observe tropical cyclones. Remote Sensing. 12 (19). 3124. 2020.
- [9]. Shuzhu Shi , Shiwei Wang and Tao Li. Software receiver design for GNSS-R using multiple GNSS satellites as transmitters. The Journal of Engineering. 2019 (20). 7110-7113. 2019.
- [10]. Guobin Yang , Peng Duan , Chunhua Jiang , Tongxin Liu , Ting Lan , Zhengyu Zhao , Shuzhu Shi and Chen Xu. Application of biphase complete complementary code for ionospheric sounding. Sensors. 18 (9). 2811. 2018.
- [11]. Shuzhu Shi , Chunjing Yao , Shiwei Wang and Wenjun Han. A model design for risk assessment of line tripping caused by wildfires. Sensors. 18 (6). 1941. 2018.
- [12]. Li Li , Jian Yao , Shuzhu Shi , Shenggu Yuan , Yaxuan Zhang and Jie Li. Superpixel-based optimal seamline detection in the gradient domain via graph cuts for orthoimage mosaicking. International Journal of Remote Sensing. 39 (12). 3908-3925. 2018.
- [13]. Li Li , Jian Yao , Yahui Liu , Wei Yuan , Shuzhu Shi and Shenggu Yuan. Optimal seamline detection for orthoimage mosaicking by combining deep convolutional neural network and Graph Cuts. Remote Sensing. 9 (7). 701. 2017.
- [14]. Shuzhu Shi , Jingnan Liu , Tao Li and Weiming Tian. Basic performance of space-surface bistatic SAR using BeiDou satellites as transmitters of opportunity. GPS Solutions. 21 (2). 727-737. 2017.
- [15]. Shuzhu Shi , Guobin Yang , Chunhua Jiang , Yuannong Zhang and Zhengyu Zhao. Wuhan ionospheric oblique backscattering sounding system and its applications—a review. Sensors. 17 (6). 1430. 2017.
- [16]. Shuzhu Shi , Zhengyu Zhao and Jingnan Liu. Comparison of radar waveforms combining pseudo-random binary phase coding and chirp modulation for an high-frequency monostatic radar. IET Radar, Sonar & Navigation. 10 (5). 935-944. 2016.
- [17]. Shuzhu Shi , Guobin Yang , Zhengyu Zhao and Jingnan Liu. A novel ionospheric oblique-incidence sounding network consisting of the ionospheric oblique backscatter sounder and the parasitic oblique-incidence sounder. IEEE Geoscience and Remote Sensing Letters. 12 (10). 2070-2074. 2015.
- [18]. Shuzhu Shi , Guobin Yang , Zhengyu Zhao and Jingnan Liu. A novel radar waveform design for a low-power HF monostatic radar. IEEE Geoscience and Remote Sensing Letters. 12 (6). 1352-1356. 2015.
- [19]. Shuzhu Shi , Gang Chen , Guobin Yang , Ting Li , Zhengyu Zhao and Jingnan Liu. Wuhan ionospheric oblique-incidence sounding system and its new application in localization of ionospheric irregularities. IEEE Transactions on Geoscience and Remote Sensing. 53 (4). 2185-2194. 2015.
- [20]. Shuzhu Shi , Zhengyu Zhao , Yan Liu , Gang Chen , Ting Li , Jingnan Liu and Ming Yao. Experimental demonstration for ionospheric sensing and aircraft detection with a HF skywave multistatic radar. IEEE Geoscience and Remote Sensing Letters. 11 (7). 1270-1274. 2014.
- [21]. Gang Chen , Zhengyu Zhao , Shipeng Li and Shuzhu Shi. WIOBSS: The Chinese low-power digital ionosonde for ionospheric backscattering detection. Advances in Space Research. 43 (9). 1343-1348. 2009.
- [22]. Chen Gang , Zhao Zhengyu , Nie Xuedong , Shi Shuzhu , Yang Guobin and Su Fanfan. Doppler estimating and compensating method based on phase. Journal of Systems Engineering and Electronics. 20 (4). 681-686. 2009.
- [23]. Gang Chen , Zhengyu Zhao , Guoqiang Zhu and Shuzhu Shi. The Wuhan ionospheric sounding systems. IEEE Geoscience and Remote Sensing Letters. 6 (4). 748-751. 2009.
- [24]. Shuzhu Shi , Zhengyu Zhao , Fanfan Su and Gang Chen. A low-power and small-size HF backscatter radar for ionospheric sensing. IEEE Geoscience and Remote Sensing Letters. 6 (3). 504-508. 2009.
- [25]. Yang Guobin , Zhao Zhengyu , Li Shipeng and Shi Shuzhu. Design of the signal processor for an ionospheric sounding system. Wuhan University Journal of Natural Sciences. 14 (2). 163-168. 2009.
- [26]. Shi Shuzhu , Zhao Zhengyu , Yang Guobin , Zhang Yuannong and Liu Ruiyuan. Design and implementation of hardware architecture in ionospheric oblique backscattering sounding system. Wuhan University Journal of Natural Sciences. 14 (1). 53-59. 2009.
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