Infrared and Laser Engineering, Volume. 54, Issue 7, 20250009(2025)

Initial orbit determination of space debris based on modulated brightness signals and genetic optimization

Han PEI1,2, Jiulong WANG1, Yan XING1, Shuaiwei MU1,2, Jinfeng LI1,2, Le LIU1,2, and Sheng CAI1
Author Affiliations
  • 1Changchun Institute of Optics, Fine Mechanics and Physics, Chinese Academy of Sciences, Changchun 130033, China
  • 2University of Chinese Academy of Science, Beijing 100049, China
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    Figures & Tables(15)
    Schematic diagram of spatial filtering speed measurement method
    Debris semi-major axis distribution
    Debris eccentricity distribution
    Imaging simulation schematic diagram
    Simulation experiment process
    Simulation imaging of target observation
    Luminance signals of different targets before and after processing and the corresponding spectra. (a) COSMOS-1408 DEB; (b) FENGYUN-1C DEB; (c) IRIDIUM-33 DEB; (d) COSMOS-2251 DEB
    Distribution of fitness functions of the four objectives in the solution space. (a) COSMOS-1408 DEB; (b) FENGYUN-1C DEB; (c) IRIDIUM-33 DEB; (d) COSMOS-2251 DEB
    • Table 1. Observation station parameters

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      Table 1. Observation station parameters

      ParameterValue
      Field of view/(°)2×2
      Pixels4068×4068
      Pixel size/μm15
      F number3.5
      Entrance pupil diameter/cm50
      Noise equivalent irradiance/W·cm−21×10−15
      Detector irradiation saturation/W·cm−23×10−13
      Integration time/ms20
      Station site(43.817°N, 125.324°E)
      Observation modeGaze
      Line of sight jitter/mrad0.05
    • Table 2. Target orbit parameters

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      Table 2. Target orbit parameters

      TargetCOSMOS-1408 DEBFENGYUN-1C DEBIRIDIUM-33 DEBCOSMOS-2251 DEB
      NORDAD52066297343395347074
      Observed time/s816108
      Semi-major axis/km6835.267679.787107.967158.75
      Eccentricity0.0088790.0628200.0005970.015946
      Inclination/(°)82.62399.07886.32173.949
      Argument of perigee/(°)127.311329.632212.188258.073
      Right ascension of the ascending node/(°)211.814133.157259.13229.975
      Mean anomaly/(°)318.611273.622100.365246.732
    • Table 3. Calculated and true values of target angular velocity

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      Table 3. Calculated and true values of target angular velocity

      TargetCalculated valueTrue value
      $ \dot{\alpha } $/rad·s−1$ \dot{\delta } $/rad·s−1$ \dot{\alpha } $/rad·s−1$ \dot{\delta } $/rad·s−1
      COSMOS-1408 DEB0.0045130.0020460.0044730.002078
      FENGYUN-1C DEB0.0014890.0021570.0015580.002117
      IRIDIUM-33 DEB0.0035510.0028380.0034990.002848
      COSMOS-2251 DEB0.0022210.0035710.0022570.003527
    • Table 4. Parameters related to genetic algorithms

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      Table 4. Parameters related to genetic algorithms

      ParameterValue
      Population size700
      Crossover fraction0.8
      Function tolerance1×10−6
      Constraint tolerance1×10−3
      Mutation standard deviation10 km
    • Table 5. Calculated and true values of target distance and rate of change of distance

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      Table 5. Calculated and true values of target distance and rate of change of distance

      TargetCalculated valueTrue valueRelative error
      $ \rho $/km$ \dot{\rho } $/km·s−1$ \rho $/km$ \dot{\rho } $/km·s−1$ \rho $$ \dot{\rho } $
      COSMOS_1408 DEB1665.23−3.051698.11−2.881.94%6.25%
      FENGYUN_1C DEB2796.81−2.042795.83−2.180.00%6.42%
      IRIDIUM_33 DEB1755.901.341769.791.240.78%8.01%
      COSMOS_2251 DEB1710.18−2.021737.52−1.941.57%4.12%
    • Table 6. Target initial orbit determination error

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      Table 6. Target initial orbit determination error

      ErrorCOSMOS-1408 DEBFENGYUN-1C DEBIRIDIUM-33 DEBCOSMOS-2251 DEB
      Semi-major axis error/km−56.60−72.90−5.71−109.88
      Eccentricity error0.0074210.040020.0011030.005546
      Inclination error/(°)0.5570.122−0.521−0.769
    • Table 7. The initial orbit determination error of the Laplace method and the Gauss method

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      Table 7. The initial orbit determination error of the Laplace method and the Gauss method

      ErrorMethodCOSMOS-1408 DEBFENGYUN-1C DEBIRIDIUM-33 DEBCOSMOS-2251 DEB
      Semi-major axis error/kmLaplace17044.191344.50−569.37991.34
      Gauss17005.621344.07−569.35991.00
      Eccentricity errorLaplace0.70920.094560.081670.1140
      Gauss0.70870.094590.081650.1140
      Inclination error/(°)Laplace9.9140.96560.12370.3412
      Gauss9.9140.96590.12600.3431
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    Han PEI, Jiulong WANG, Yan XING, Shuaiwei MU, Jinfeng LI, Le LIU, Sheng CAI. Initial orbit determination of space debris based on modulated brightness signals and genetic optimization[J]. Infrared and Laser Engineering, 2025, 54(7): 20250009

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    Paper Information

    Category: 光电测量

    Received: Jan. 3, 2025

    Accepted: --

    Published Online: Aug. 29, 2025

    The Author Email:

    DOI:10.3788/IRLA20250009

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