• Chinese Optics Letters
  • Vol. 14, Issue 12, 122801 (2016)
Yueming Wang, Feng Xie, and Jianyu Wang*
Author Affiliations
  • Key Laboratory of Space Active Opto-ElectronicsTechnology, Shanghai Institute of Technical Physics, Chinese Academy of Sciences, Shanghai 200083, China
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    DOI: 10.3788/COL201614.122801 Cite this Article Set citation alerts
    Yueming Wang, Feng Xie, Jianyu Wang. Short-wave infrared signature and detection of aicraft in flight based on space-borne hyperspectral imagery[J]. Chinese Optics Letters, 2016, 14(12): 122801 Copy Citation Text show less
    Aircraft in 5 m pansharpened image in Malaysia. (a) Pansharpened image, (b) zoomed-in pansharpened image, (c) false RGB of SWIR, and (d) spectral curve of aircraft and clutter.
    Fig. 1. Aircraft in 5 m pansharpened image in Malaysia. (a) Pansharpened image, (b) zoomed-in pansharpened image, (c) false RGB of SWIR, and (d) spectral curve of aircraft and clutter.
    Aircraft in 5 m pansharpened image in Australia. (a) Pansharpened image, (b) Zoomed-in pansharpened image, (c) false RGB of SWIR, and (d) spectral curve of aircraft and clutter.
    Fig. 2. Aircraft in 5 m pansharpened image in Australia. (a) Pansharpened image, (b) Zoomed-in pansharpened image, (c) false RGB of SWIR, and (d) spectral curve of aircraft and clutter.
    Grayscale distributions of two band images. (a) 1700 nm band and (b) 1840 nm band.
    Fig. 3. Grayscale distributions of two band images. (a) 1700 nm band and (b) 1840 nm band.
    RX anomaly detection result of data in Fig. 1. (a) Result of experiment 1, (b) result of experiment 2, and (c) result of experiment 3.
    Fig. 4. RX anomaly detection result of data in Fig. 1. (a) Result of experiment 1, (b) result of experiment 2, and (c) result of experiment 3.
    RX anomaly detection result of data in Fig. 2. (a) Result of experiment 1, (b) result of experiment 2, and (c) result of experiment 3.
    Fig. 5. RX anomaly detection result of data in Fig. 2. (a) Result of experiment 1, (b) result of experiment 2, and (c) result of experiment 3.
    Experiment result of lower spatial resolution. (a) 40 and (b) 80 m.
    Fig. 6. Experiment result of lower spatial resolution. (a) 40 and (b) 80 m.
    Relationship between GSD and SCR.
    Fig. 7. Relationship between GSD and SCR.
    ItemSpecification
    Spectral range (nm)900–2500
    Spectral interval (nm)23.5
    Band number68
    Ground sample distances (m)20@400 km
    Swath (km)10@400 km
    SNR (@SZA=30°, ρ=30%)180@1700 nm; 120@2200 nm
    Radiometric Calibration Accuracy5%
    Spectral Calibration Accuracy (nm)2
    Table 1. Main Specifications of SWIR Hyperspectral Imager
    Yueming Wang, Feng Xie, Jianyu Wang. Short-wave infrared signature and detection of aicraft in flight based on space-borne hyperspectral imagery[J]. Chinese Optics Letters, 2016, 14(12): 122801
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