Acta Optica Sinica, Volume. 41, Issue 3, 0315002(2021)
Data-Driven Awareness Technology for Space Target Image Information
Fig. 1. Architecture of YOLOv3 network
Fig. 2. Flow chart of expert system
Fig. 3. Part of simulated dataset, including 18 satellites, each of which has 5 attitudes
Fig. 4. Part of real dataset. (a) Clear; (b) blur of lower degree; (c) blur of higher degree
Fig. 5. Class and state datasets of space targets. (a) reconnaissance-1; (b) reconnaissance-2; (c) communication satellite; (d) KH-11
Fig. 6. Specific dividing method for training set
Fig. 7. Detection results of space target payloads in simulated images. (a)(e)(i) Clear images (T1); (b)(f)(j) blur images (T2) with noise of 9 dB; (c)(g)(k) blur images (T3) with noise of 9 dB; (d)(h)(l) blur images (T3) with noise of 7 dB
Fig. 8. Payload identification results of real data (ISS). (a) 1st frame; (b) 20th frame; (c) 40th frame
Fig. 9. Payload identification results of space targets from website images. (a)(b)(c) ISS; (d) Hubble telescope; (e) Sentinel; (f) unknown space target
Fig. 10. Payload identification results of space target for Gaussian blur. (a)(e) Original high-resolution clear images; (b)(f) clear images; (c)(g) Gaussian blur images from T2'; (d)(h) Gaussian blur images from T3'
Fig. 11. State identification results of simulated space targets. (a) Clear image from T1; (b) blur image from T2; (c) blur image from T3
Fig. 12. State identification results of real data (ISS)
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Xiaoshan Yang, Xuefeng Pan, Shaojie Su, Peng Jia. Data-Driven Awareness Technology for Space Target Image Information[J]. Acta Optica Sinica, 2021, 41(3): 0315002
Category: Machine Vision
Received: Aug. 25, 2020
Accepted: Sep. 24, 2020
Published Online: Feb. 28, 2021
The Author Email: Jia Peng (robinmartin20@gmail.com)