[4] Jinjun WANG, Yi ZENG, Wei YUAN et al. Study on smoldering fire characteristics of cotton stack in early stage and active aspirated compound detection of cotton warehouse. Journal of Safety and Environment, 12, 205-208(2012).
[5] Enliang XIA, Shenyou LIU, Xudong CHENG et al. Comparative study on smoldering and open fire combustion characteristics of cotton. Fire Science, 2, 70-76(2013).
[7] Song YANG, Shaowei ZHANG, Peizhuang SUN et al. Agricultural fire alarm system based on 4G network and multi-sensor. Internet of Things Technology, 8, 89-95(2018).
[8] Ailong HE, Meijuan CHEN. Video fire detection based on multi-feature fusion. Software Tribune, 19, 198-203(2020).
[9] Yalong JIANG, Yuquan ZHU, Jinjun WANG. Application of tunable semiconductor laser absorption spectroscopy in fire detection. Journal of Natural Disasters, 20, 56-61(2011).
[13] Yafei LI, Zhiwei LIU, Tianyu ZHANG et al. Development and application of near infrared laser carbon dioxide sensing system. Optical Journal, 40, 144-150(2020).
[14] Guolin LI, Wenhai JI, Yiding WANG. Design and experiment of mid-infrared differential CO detector. Infrared and Laser Engineering, 40, 105-110(2018).
[15] Tiezhou WU, Yan LI, Jun QI et al. Kalman filter combined with digital phase-locked amplifier for low light acoustic signal denoising method. Instrument Technology and Sensors, 453, 102-106(2020).
[16] Li CHENG, Chao ZHANG, Daolin XIAO et al. Optimization analysis of LSDYNA impact curve based on Kalman filter method. Mechanical and Electronic Information, 1, 4-5(2021).
[17] Wu LU, Weiji HE, Miao WU et al. Time-dependent Kalman depth estimation for photon counting lidar. Acta Photonica Sinica, 50, 0311001(2021).
[18] Jingmin DANG, Haiye YU, Fang SONG et al. Application of CO sensor in early fire detection. Optical Precision Engineering, 26, 1876-1881(2018).