Acta Optica Sinica, Volume. 45, Issue 15, 1510001(2025)
Adaptive Digital Camouflage Pattern Generation Technology Based on Deep Learning
Fig. 2. Data augmentation effect diagram. (a) Original image; (b) image with color transformation; (c) image with cropping and stitching; (d) image with occlusion transformation
Fig. 3. Target and mask. (a) Camouflage target; (b) target detection result; (c) camouflage target mask
Fig. 4. Impact of mask expansion coefficient on camouflage image quality evaluation metrics
Fig. 5. Impact of data augmentation on detection performance. (a) Collected image; (b) detection results with data augmentation; (c) detection results without data augmentation
Fig. 6. Object detection results. (a) Dry grass; (b) lush grass; (c) wooden texture; (d) urban ground
Fig. 7. Comparison of digital camouflage generated by different methods. (a) Target to be camouflaged; (b) watershed method; (c) greedy iterative method; (d) raster method; (e) Markov chain method; (f) pix2pix; (g) CycleGan; (h) proposed method
Fig. 8. Camouflage results in different environments. (a)(e) Dry grass and its camouflage result; (b)(f) lush grass and its camouflage result; (c)(g) wooden texture and its camouflage result; (d)(h) urban ground and its camouflage result
Fig. 9. Camouflage results in diverse environments. (a) Represent the captured images of different background environments; (b) the corresponding camouflage results
Fig. 10. Camouflage results for different target objects and backgrounds. (a) Different target objects and background environments; (b) corresponding camouflage results
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Tiehua Zhang, Bing Han, Meng Lian, Tun Cao. Adaptive Digital Camouflage Pattern Generation Technology Based on Deep Learning[J]. Acta Optica Sinica, 2025, 45(15): 1510001
Category: Image Processing
Received: Apr. 2, 2025
Accepted: Apr. 27, 2025
Published Online: Aug. 8, 2025
The Author Email: Meng Lian (mlian@dlut.edu.cn)
CSTR:32393.14.AOS250832