[1] Yanyun Hao, Sunqing Zhao. Overview of hardware-in-the-loop infrared multi-band target simulation technologies abroad. Infrared, 43, 7-14(2022).
[2] Zhuo Li. Dynamic infrared image generating technique. Infrared and Laser Engineering, 35, 388-391(2006).
[3] Anjing Zhang, Shicheng Wang, Jinsheng Zhang, et al. Design of a real-time image generating system for simulation of IR imaging guidance missiles. Electronics Optics & Control, 14, 91-95(2007).
[4] Shou Liu, Ningmin Liu. Research on optical system of infrared target simulator based on TIR prism. Laser & Infrared, 46, 1369-1374(2016).
[5] Huisong Jin. Applied characterization analysis of IR-CRT and micromirror array infrared scene projector. Infrared and Laser Engineering, 37, 355-357(2008).
[6] Yanzhi Dong, Xiaodong Zhou, Changjin Wang, et al. Progress in laser scene projector for infrared hardware in the loop testing. Laser Journal, 6-8(2005).
[7] Jiaobo Gao, Kefei Ye, Jun Wang, et al. Dynamic IR scene projection using the singlecrystal silicon liquid crystal light valve. Laser & Infrared, 330-333(1999).
[8] Zhengyun Liu, Weiqi Jin. IR scene simulation using reflective liquid crystal on silicon device. Infrared Technology, 28, 594-598(2006).
[9] Li Zhang, Xiaochen Feng, Yan Zang, et al. Real-time IR image generation and displaying system based on resistor array projector. Journal of System Simulation, 460-462(2006).
[10] Guoli Zhong, Shouyi Liao, Xinjie Yang. Drive-and-control scheme for 512×512 MOS resistor array. Infrared Technology, 44, 1052-1058(2022).
[11] Owen M, Williams, Gege C, et al. Histy of resist array infrared projects: hindsight is always 100% operability[C]Proc of SPIE, 2005, 5785: 208224.
[12] Olesona J, James J, Sparkman K, et al. Large fmat resistive array infrared scene project perfmance & production status[C]Proc of SPIE, 2006, 6208: 6208101.
[13] F William. Characterization of digital-micromirror device-based infrared scene projector. Optical Engineering, 44, 0864021(2005).
[14] Lippert J R, Bauchert K. Testing a new generation 512×512, 200 Hz capable, liquid crystal on silicon (LCOS) with ferroelectric liquid crystal, IR scene project[C]Proc of SPIE, 2006, 6208: 62080L1.
