[1]neuroadaptive fault-tolerant control embedded with diversified activating function with application to auto-driving vehicles under fading actuation ; zhen gao, wei yu and jun yan; ieee transactions on neural networks and learning systems; doi:10.1109/tnnls.2023.3248100;2023 (published on may 10, 2023)
[2]a fast method for calculating water surface ratio in remote sensing images; liu luming, yin lixue, yan jun, wang xinyun, liu huanm jiang xiaohua, li xianyi; journal of telemetry, tracking and command, vol. 44, no.4, jul 2023
[3]estimation of forest fire burned area by distinguishing non-photosynthetic and photosynthetic vegetation using triangular space method; xiaoqiong wang, jun yan, qingjiu tian, xianyi li, jia tian, cuicui zhu, and qianjing li; remote sensing; 2023, 15(12),3115,https://doi.org/10.3390/rs15123115
[4]fault-tolerant attitude tracking control with practical finite time convergence for unmanned aerial vehicles under actuation faults; wei yu, jun yan, xiaohu pan, shilei tan, hongwei cao, yongduan song; international journal of robust and nonlinear control; 2022; 1-17. doi:10.1002/rnc.6001
[5]using a hybrid fnn method for image classification of satellite remote sensing data; yan jun, sergey gorbachev, gong yonghong, wu hao, deng jianwen, wu jiaqi, michael ryan; artificial intelligence impressions vol. 01(2022): hybrid methods of big data analysis and applications; ,p159-180; creosar publishing, uk, 2022
[6]on-orbit radiometric calibration of hyperspectral sensors on board micro-nanosatellite constellation based on radcalnet data; qiang zhang, yongguang zhao, lei zhang, jiaqi wu, wan li,jun yan, xiaohua jiang, zhiyuyan; remote sensing; 2022, 14,4720. http://doi.org/10.3390/rs14194720 (published on sept 21, 2022)
[7]license plate detection and recognition based on yolov3 and ilprnet;yongjie zou, yongjun zhang, jun yan, xiaoxu jiang, tengjie huang, haisheng fan, and zhongwei cui; signal, image and video processing; sivip 16, 473–480 (2022). https://doi.org/10.1007/s11760-021-01981-8
[8]satellites of zhuhai-1 satellite constellation and their synthesis application; li xianyi, yan jun, yan zhiyu, jiang xiaohua, pan shenlin, wu jiaqi; satellite application; 2022 (7): p25-30
[9]approach for improving yolov5 network with application to remote sensing target detection; shilei tan ,jun yan , ziqiang jiang,aand li huang; journal of applied remote sensing; vol. 15(3),2021
[10]semantic segmentation network of remote sensing images with dynamic loss fusion strategy; wenjie liu, yongjun zhang, jun yan2, yongjie zou, and zhongwei cui; access; 2021.3078742; vol 9, 2021
[11]a full-spectrum registration method for zhuhai-1 satellite hyperspectral imagery; jinjun meng ,jun yan, jiaqiwu, linlin lu , qingting li , qiang zhang, suyun feng; sensors; 2020, 20, 6298; doi:10.3390/s20216298;www.mdpi.com/journal/sensors.
[12]a robust license plate recognition model based on bi-lstm; yongjie zou, yongjun zhang, jun yan, xiaoxu jiang, tengjie huang, haisheng fan, and zhongwei cui; access; doi: 10.1109/access.2020.3040238, vol 8, 2020
[13]low-power design for heterogeneous multi-core ai soc chip; yan jun, tang fangfu, zhang zhiguo , han jun , gong yonghong; doi:1006-3242(2020)02-0000-00; aerospace control; mar.2020;vol.38,no.2; page 9-15.
[14]satellite video point-target tracking based on hu-correlation filter; wu jiaqi,wang taoyang,yan jun, zhang guo, jiang xiaohua, wang yunming, bai qian, yuan chong; chinese space science and technology; jun.25 2019 vol.39 no.3 ;page 55-63.
[15]software support and information processing performance test of s698pm aerospace chip; yan jun, gong yonghong,xu yibing ,jjang xiaohua,tang fangfu , shen zugu; doi:1006-3242(2019)02-0060-06; aerospace control; vol. 37,no.2; page 60-65.
[16]design of high-performance multi-core s698pm for space applications; yan jun ,jiang xiaohua,tang fangfu,gong yonghong, yan zhiyu, huang xiaohu; doi:1006-3242(2016)04-0089-06; aerospace control; aug.2016; vol. 34,no.4; page 89-94.
[17]application of slp dimensional packaging technology in embedded computer system; huang xiaohu,ye zhenrong, yan jun; electronic engineering & product world; jan 2013; page 51-53.www.eepw.com.cn.
[18]design and realization of error detection and correction circuit in s698m soc processor; huang lin, chen dihu, liang baoyu, yan jun; china integrated circuit; issue 112; sep.2008; page 50-54.;http: //www.cicmag.com.
[19]design and realization of portable 1553b test system; dong wenyue, jiang xiaohua, yan jun; aerospace control; issue 10, 2011; doi:1009-8119(2011)10-0054-03.
[20]initialization of ecos on the s698p-soc; luo jiehua, liang baoyu, yan jun; doi:1006-3242(2010)04-0066-05; aerospace control; vol.28,no.4; aug.2010; page 66-70.
[21]data consistency of s698p-soc; liang baoyu, yan jun, hou xiong, song zhengyu; doi:1006-3242(2008)05—0082-05; aerospace control; vo1.26,no.5; oct.200; page 82-86.
[22]the design of virtex4 series fpga developing board; liao hua, wang zhujin, yan jun; doi:1006-3242(2009)01-0075-05; aerospace control; vol. 27, no.1; feb.2009; page 75-79.
[23]design and implementation of the instruction pipeline with s698 series processors; du jiankang, chen dihu, yan jun, liang baoyu, jiang xiaohua; doi:10.3969/j.issn.1003-353x.2009.01.008 ;semiconductor technology;2009(34)1; page 24-26.
[24]design and application of windows based ide--orion4.0 for s698 series processor; kong deshen, gong yonghong, wang chao, luo jiehua, xu xueyi, li fuhai, yan jun; cnki:sun:dzjr.0.2008-09-007; electronic products(cn:11-3227/tn); sep.2008; page 32-34.
[25]sparc v8 instruction set of 32-bit embedded processor s698; gong yinghong, mei weiping, jiang xiaohua, tang fangfu, huang kin, yan jun; applications of electronic components, issue 11, 2007
[26]design of ip core and its asic of new generation arinc 429 bus controller; tang fangfu, jiang xiaohua, yan jun; aviation manufacturing technology, issue 7, 2007