[1] Abraham R G, van Dokkum P, Lokhorst D M et al. Distributed aperture telescopes and the Dragonfly Telephoto Array[J]. Proceedings of SPIE, 12182, 121821W(2022).

[2] Li W X, Han C S, Wu C J et al. Research on the coupled modulation transfer function of the discrete sampling system with hexagonal fiber-optic imaging bundles[J]. Applied Sciences, 12, 3135(2022).

[3] Olivas S J, Arianpour A, Stamenov I et al. Image processing for cameras with fiber bundle image relay[J]. Applied Optics, 54, 1124-1137(2015).

[4] Li H Y, Zhang H X, Liu X et al. Curved fiber compound eye camera inspired by the Strepsiptera vision[J]. Optics Express, 31, 36903-36914(2023).

[5] Liu S J, Zhang Y F, Li J W et al. Fiber bundle optical system: imaging modeling and analysis[J]. Optical Engineering, 61, 114106(2022).

[6] Huang Y W. Research on image transmission performance of spherical fiber bundle[D], 81-84(2021).

[7] Li W X. Research on imaging technology of space target detection system based on relay image transmission of fiber optic transmission components[D], 55-56(2022).

[8] Yang K Y, Sun W L, Sheng J K et al. All solid-state chalcogenide Bragg fiber based on compensated-stacking extrusion[J]. Chinese Journal of Lasers, 51, 0206006(2024).

[9] Driggers R, Pollak E, Grimming R et al. Detection of small targets in the infrared: an infrared search and track tutorial[J]. Applied Optics, 60, 4762-4777(2021).

[10] Li J W, Cui H, Liu S J et al. Distributed long-wave infrared array camera based on fiber image bundle[J]. Proceedings of SPIE, 12565, 125653G(2023).

[11] Liu X G, Xu Y T, Guo H T et al. Preparation and imaging properties of coherent chalcogenide glass fiber bundles with large planar array for far-infrared transmission (invited)[J]. Infrared and Laser Engineering, 52, 20230110(2023).