Guest Editor: BI Hui

High dimensional spaceborne Synthetic Aperture Radar (SAR) imaging is of great significance in various fields such as urban surveying and disaster monitoring. Three-dimensional results provide spatial scattering structure information of the observed scene, while four-dimensional results provide fine deformation information. Faced with the increasing complexity of urban environments and the growing demand for precise and detailed spatial data, advanced high-dimensional imaging technology plays an increasingly important role. At present, although the development of three-dimensional SAR imaging technologies such as interferometry and tomographic SAR is becoming increasingly mature, they still face challenges in practical applications such as the high complexity of onboard data processing, low resolution, and long data acquisition cycles. Providing high-quality SAR 3D imaging datasets can not only fill the gaps in existing research, but also promote the further development of SAR imaging technology, support smart city construction, and expand its applications in various fields such as artificial intelligence. This article constructs a dataset for Beijing Capital International Airport based on the commercial SAR satellite Fucheng-1, which has interference capability in the C-band. It outlines the construction and planning of the dataset for Beijing Capital International Airport, provides the files and other specific information, and explains the specific methods for creating the dataset, providing data support for subsequent scientific research. 

 For details of dataset, please refer to XXXX

The current data reference format is as follows:

[1] Bi Hui, Jin Shuang, Ren Weijia, Xu Weihao, Sang Xiaoru, Zhu daiyin. Fucheng-1 SAR 3D Imaging Dataset 1.0 [OL]. Journal of Radars, 2024. https://radars.ac.cn/XXXXX

Release date: November 7, 2024