• Infrared and Laser Engineering
  • Vol. 50, Issue 7, 20211041 (2021)
Zijun Wang1, Yang Zhang1、*, Dong Liu2, Xiaobo Wang1, Jinru Yuan1, Chao Pan3, Yiming Zhao3, Xiaoshuang Han3, Yudi Zhou2、4, Qun Liu2、4, and Cheng Wang5
Author Affiliations
  • 1Shanghai Institute of Satellite Engineering, Shanghai 201109, China
  • 2College of Optical Science and Engineering, Zhejiang University, Hangzhou 310027, China
  • 3Beijing Research Institute of Telemetry, Beijing 100094, China
  • 4Ningbo Research Institute, Zhejiang University, Ningbo 315100, China
  • 5Aerospace Information Research Institute, Chinese Academy of Sciences, Beijing 100094, China
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    DOI: 10.3788/IRLA20211041 Cite this Article
    Zijun Wang, Yang Zhang, Dong Liu, Xiaobo Wang, Jinru Yuan, Chao Pan, Yiming Zhao, Xiaoshuang Han, Yudi Zhou, Qun Liu, Cheng Wang. Research on the development of detection satellite technology in the novel multi-beam land and ocean lidar[J]. Infrared and Laser Engineering, 2021, 50(7): 20211041 Copy Citation Text show less
    ICEsat-1 satellite image
    Fig. 1. ICEsat-1 satellite image
    Vertical distribution of vegetation obtained by GEDI[2-3]
    Fig. 2. Vertical distribution of vegetation obtained by GEDI[2-3]
    GEDI laser and spot distribution of ground detection[2-3]
    Fig. 3. GEDI laser and spot distribution of ground detection[2-3]
    Stereo mapping image of ZY-3-02 satellite. (a) Corrected image; (b) Stereo image; (c) Corrected image with multi-spectrum sensors; (d) Digital surface model of image[16-17]
    Fig. 4. Stereo mapping image of ZY-3-02 satellite. (a) Corrected image; (b) Stereo image; (c) Corrected image with multi-spectrum sensors; (d) Digital surface model of image[16-17]
    Gaofen-7 stereo mapping image. (a) Color fusion orthophoto; (b) Stereo image
    Fig. 5. Gaofen-7 stereo mapping image. (a) Color fusion orthophoto; (b) Stereo image
    Technology route of new type spaceborne high power laser[19]
    Fig. 6. Technology route of new type spaceborne high power laser[19]
    Technology route of simulation and photon counting combined detection
    Fig. 7. Technology route of simulation and photon counting combined detection
    Technical route of intertidal zone extraction
    Fig. 8. Technical route of intertidal zone extraction
    Technical route of data processing of ocean optical profile by laser remote sensing
    Fig. 9. Technical route of data processing of ocean optical profile by laser remote sensing
    Technical route of land forest vegetation data processing based on laser remote sensing
    Fig. 10. Technical route of land forest vegetation data processing based on laser remote sensing
    Capability typeBasic surveying and mappingDetailed mappingAccurate mapping
    Detection rangeGlobalKey areasTarget area
    Uncontrolled ground target location/mPlane≤50≤25≤10/3
    Altitude≤6 m≤3≤1
    Ground pixel resolution/m3-5≤20.6-1/0.3-0.5
    Topographic map scale1∶50 0001∶2.500 001∶10 000/1∶5 000
    DEM grid/m50/2525/12.510/5 or 2
    Gravity field accuracy (resolution)2/3 mGal (160 km)2/3 mGal (80 km)3 mGal (10 km)
    Magnetic field accuracy/nT3-522
    Update cycle of geographic informationNeeded1-3 aNeeded
    Table 1. Comparison of basic surveying and mapping, detailed surveying and mapping and accurate surveying and mapping
    Zijun Wang, Yang Zhang, Dong Liu, Xiaobo Wang, Jinru Yuan, Chao Pan, Yiming Zhao, Xiaoshuang Han, Yudi Zhou, Qun Liu, Cheng Wang. Research on the development of detection satellite technology in the novel multi-beam land and ocean lidar[J]. Infrared and Laser Engineering, 2021, 50(7): 20211041
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