1)      国家自然科学基金（面上项目），采用多边缘技术稀疏重构光谱的海洋布里渊激光遥感研究，2022.01-2025.12,58万，在研，主持。

2）    HT专用技术，在研，主持。

3)      JKW重点基金子课题，在研，主持。

4)      GF创新特区项目，已结题，主持。

5)      HT专用技术，已结题，主持。

6)      航天五院委托项目，陆海激光三维成像与数据融合技术，2020.01-2020.12，49万，已结题，主持。

7)      中荷联合研究项目，530-5CDP05，Rayleigh Brillouin light scattering in the Earth atmosphere， 2016/01-2017/12、已结题，中方负责人

8)      湖北省科技支撑计划，2013BKB007、适用于军民两用的红外超光谱遥感探测信号处理方法研究、2014/01-2016/12、45万元、已结题、主持。

9)      国家自然科学基金青年项目，61108074、实时获取高精度海水布里渊频谱的信号处理方法研究、2012/01-2014/12、25万元、已结题、主持。

• 光电信息与信号处理：
• (1) 散射光谱特性研究；
• (2) 激光回波信号处理；
• (3) 红外图像处理；
• (4) 目标探测与识别；
• (5) 多模态信息融合与处理;

• 
  
• 光电智能感知：
• (1)激光雷达遥感；
• (2)红外成像与探测系统；
• (3)多模态融合感知技术；

1)      Yuanqing Wang, Jinghao Zhang, Yongchao Zheng,Yangrui Xu, Jiaqi Xu, Jiao Jiao, Yun Su*, Hai-Feng Lü* and Kun Liang*. Brillouin scattering spectrum for liquid detection andapplications in oceanography. Opto-Electronic Advances, (2023),6,220016.

2)      Yuanqing Wang, Yangrui Xu, Ping Chen and Kun Liang*. Remote Sensing of SeawaterTemperature and Salinity Profiles by the Brillouin Lidar Based on a FizeauInterferometer and Multichannel Photomultiplier Tube. Sensors, (2023,1),23,446

3)      KunLiang, Jiaqi Xu, Yuanqing Wang, Hai-Feng Lü and Wim Ubachs. Grüneisenapproach for universal scaling of the Brillouin shift in gases. NewJournal of Physics, (2022,10),24,103005

4)      Jiaqi Xu, Benjamin Witschas, Pau Gomez Kabelka, Kun Liang*. High-spectral-resolutionlidar for measuring tropospheric temperature profiles by means of Rayleigh–Brillouinscattering. Optics Letters, (2021,7)46 (13),3320-3323

5)      Peng Zhang, KunLiang*. Improved method for gas temperature and pressure retrieval inBrillouin lidar remote sensing. Applied Optics, (2021,1), 60(3),652-661

6)      K.Liang, R. Zhang, Q. Sun, Y. Xu, H. Wu, P. Zhang, B. Zhou*, Brillouinshift and linewidth measurement based on double-edge detection technology inseawater. Applied Physics B,  （2020,9)126:160

7)     Peng Zhang, Jiaqi Xu, Ruizhe Zhang, Qian Sun, HangWu, Yangrui Xu, Bo Zhou, and Kun Liang*,Retrieval of Gas Temperature and Pressure Based on Rayleigh–Brillouin Spectrum.IEEEAccess,（2020,1),8,2169-3536

8)     Bo Zhou, Yin Luo, Baoguo Chen, Mingchang Wang, LiPeng, Kun Liang*, Localspatial correlation-based stripe non-uniformity correction algorithm for singleinfrared images. Signal Processing: Image Communication,（2019,10),72,47-57

9)     Hang Ji, Hang Wu, Yin Yu, Yingbiao Cheng, JiaqiXu & Kun Liang*,Improved analytical model for Rayleigh–Brillouin scattering spectrum in gases. Journalof Modern Optics, （2019,8),66(16),1623-1630

10)   Jinhui Han, Yin Yu, Kun Liang*, and Honghui Zhang , Infrared small-targetdetection under complex background based on subblock-level ratio-differencejoint local contrast measure. OpticalEngineering,（2018,10),57(10),103105

11)   Bo Zhou, Yin Luo, Mei Yang, Baoguo Chen,Mingchang Wang, Li Peng & Kun Liang*,An improved adaptive detail enhancement algorithm for infrared images based onguided image filter. Journal of Modern Optics,（2018,8),66(1),33-46

12)   Jinhui Han, KunLiang*, Bo Zhou , Xinying Zhu, Jie Zhao, and Linlin Zhao, InfraredSmall Target Detection Utilizing the Multiscale Relative Local Contrast Measure.IEEE Geoscience and Remote Sensing Letters,（2018,4),15(4),612-616

13)   Y. Wang, K. Liang, W. van de Water, W.Marques Jr.,and W. Ubachs, Rayleigh-Brillouin light scattering spectroscopy ofnitrous oxide (N2O). Journal ofQuantitative Spectroscopy and Radiative Transfer, (2018,1), 206, 63-69

14)   KunLiang, Qunjie Niu, Xiangkui Wu, Jiaqi Xu, Li Peng and Bo Zhou, Theeffect of signal to noise ratio on accuracy of temperature measurements forBrillouin lidar in water. Laser Physics, (2017,9), 27, 096003

15)   KunLiang, Jiaqi Xu, Peng Zhang, Yuanqing Wang, Qunjie Niu, Li Pengand Bo Zhou, Temperature Dependence of the Rayleigh Brillouin SpectrumLinewidth in Air and Nitrogen. Sensors, (2017,5), 17,1503

16)   Yuanqing Wang, Yin Yu, Kun Liang*, Wilson Marques Jr., Willem van de Water ,Wim Ubachs. Rayleigh-Brillouin scattering in SF6 in the kinetic regime. ChemicalPhysics Letters, (2017,2), 669,137-142

17)    Kun Liang, Cailan Yang,Li Peng, and Bo Zhou. Nonuniformity correction based on focal plane arraytemperature in uncooled long-wave infrared cameras without a shutter.Applied Optics, (2017,1), 56(4),884-889

18)    Yuan Yao, Qunjie Niu, and Kun Liang*. Measurement error analysis of Brillouinlidar system using F-P etalon and ICCD,Optics Communications, (2016,9), 375,58-62

19)    Bo Zhou, Qiming Fan, Yong Ma, Yuan Yao,Hao Li, Jun Huang, and Kun Liang*. Experimental Analysis on RapidMeasurement of High Precision Brillouin Scattering Spectrum in Water UsingFabry-Pérot Etalon, Laser Physics Letters,(2016, 3) 13,055701

20)    Jinhui Han, Yong Ma, Bo Zhou, Fan Fan, KunLiang, and Yu Fang. A Robust Infrared Small Target Detection AlgorithmBased on Human Visual System. IEEE Geoscience and Remote Sensing Letters,(2014,12),11(12), 2168-2172.

21)    Yu Fang, Hao Li, Yong Ma, Kun Liang,Yingjie Hu, Shaojie Zhang, and Hongyuan Wang.Dimensionality Reduction ofHyperspectral Images Based on Robust Spatial Information Using Locally LinearEmbedding. IEEE Geoscience and Remote Sensing Letters,(2014,10), 11(10),1712-1716

22)    Yong Ma, Yin Yu, Hao Li, Jun Huang, YuanYao, Bo Zhou, Yu Fang, Jun Min, Kun, Liang*. Accuratemeasurement of high resolution spectrum obtained by F–P etalon and ICCD. Applied Physics B, (2014,9),116(3), 575-584

23)    Yong Ma, Hao Li, Ziyu Gu, Wim Ubachs, YinYu, Jun Huang, Bo Zhou, Yuanqing Wang, Kun Liang*. Analysisof Rayleigh-Brillouin spectral profiles and Brillouin shifts in nitrogen gasand air. Optics Express, (2014,1), 22(2), 2090-2104

24)    Yong Ma, Hao Li, Yin Yu, Yuan Yao, YuFang, Bo Zhou, Jun Huang, Jun Min , Kun Liang*.Experimentalanalysis on calibration of the instrument broadening in lidar system withFabry-Perot etalon. Journal of Modern Optics, (2014,1),60(21),1968-1976

25)    Yin Yu, Yong Ma, Hao Li, Jun Huang, YuFang, Kun Liang and Bo Zhou. Simulation of simultaneously obtainingocean temperature and salinity using dual-wavelength Brillouin lidar. LaserPhysics Letters, (2014,1), 11(3), 036001

26)    Yu Fang, Yong Ma, Hao Li, Kun Liang,Shengqing Wang, Hongyuan Wang. Rapid ultraspectral matching method based oncrosscut feature extraction. Optical Review, (2013),20(3):259-265.

27)    H. Li, Y. Ma, K.Liang, and Y. Yu. Rapidmatching algorithm for hyperspectral image based on norm sifting. ChineseOptics Letters, （2012,1）, 10(1), 013001.

28)    Hao Li, Yong Ma, Kun Liang, YongTian and Rui Wang. Parameters optimization for wavelet denoising based onnormalized spectral angle and threshold constraint machine learning. Journalof Applied Remote Sensing, (2012,10), 6(1), 063579

29)    Yong Ma, Fan Fan, Kun Liang, HaoLi, Yin Yu and Bo Zhou. Analytical model for Rayleigh Brillouin scatteringspectra in gases. Journal of Optics, (2012,9), 14(9), 095703

30)    Huang J, Ma Y, Zhou B, Li H, Yu Y, and LiangKun*. Processing Method of Spectral measurement using F-P etalonand ICCD. Optics Express, (2012,8), 20(17), 18568-18578

31)    K. Liang, Y. Ma, Y. Yu, J.Huang, H. Li. Researchon Simultaneous Measurement of Ocean Temperature and Salinity Using BrillouinShift and Linewidth. Optical Engineering, (2012,7),51(6), 066002

32)    Kun Liang, Yong Ma, Yue Xie, Bo Zhou, Rui Wang. A newadaptive contrast enhancement algorithm for infrared images based on doubleplateaus histogram equalization. Infrared Physics & Technology,(2012,7), 55(4), 309–315

33)    K. Liang; Y. Ma; J. Huang; H. Li; Y. Yu. Precisemeasurement of Brillouin scattering spectrum in the ocean using F–P etalon and ICCD. Applied Physics B, (2011,11),105(2), 421-425

34)    Bo Zhou, Yong Ma, Kun Liang andZhiqiang Tu. The impact of pulse parameter on modulated lidar performance. Proc.SPIE 8192, (2011,5), 81921M

35)    Bo Zhou, Yong Ma, Kun Liang,Zhiqiang Tu and Hongyuan Wang. Novel system for modulated lidar parameteroptimization. Chinese Optics Letters, (2011,6), 9(6),062802

36)    Bo Zhou, Yong Ma, HaoLi , Kun Liang. A Studyof Two-point Multi-section Non-uniformity Correction Auto Division Algorithmfor Infrared Images. Proc. SPIE 7658, (2010,10), 76583X

37)    Kun Liang, Yong Ma, Fei Cheng, Hongyuan Wang. Accuracyanalysis on Rayleigh lidar measurements of atmospheric temperature based onspectroscopy. Chinese Optics Letters, (2009), 7(3),173-175

38)    许佳琪, 王元庆, 徐杨睿, 梁琨*, 郑永超, 苏云等。基于布里渊散射的海洋环境激光遥感技术研究进展. 红外与激光工程,（2021,5）50(6),11.

39)   王元庆，何炬，马泳，余寅，张念，梁琨*。随机噪声对海洋布里渊激光雷达测量的影响。激光技术，（2015,01），39（1），6-12

40)    张念，马泳，梁琨，余寅 ，王元庆，姚远。海水布里渊散射谱特征参数的测量。光电工程，（2014,11），41（11），84-88

41)    周波，梁琨，马泳，李少华，黎静。载波调制激光雷达滤波带宽的半实物仿真平台。红外与激光工程，(2013,4), 42(4), 930-934

42)    林宏，梁琨，王新民，李卫中。海洋赤潮温度盐度双参数检测技术研究，应用光学，(2012,3), 33(2), 327–332

43)    林宏，梁琨，王新民，，卢金军。基于生物光学算法的海洋悬浮粒子检测技术研究。应用光学，(2011,5), 32(3),486-491

44)    梁琨，马泳，程飞，王宏远。基于布里渊激光雷达测量大气声速误差分析。激光技术，(2009,2),33(1),94-96

45)    柯志武, 马泳, 梁琨, 熊伟, 王宏远。激光单稳频指标的激光计量红外光谱仪精度分析。激光技术，(2009,3),35(2),248-255

46)    马泳,梁琨, 程飞,王宏远。1064nm红外激光大气布里渊频移量模型。光学技术，(2009,1),35(1),63-66

47)    马泳，梁琨，林宏，冀航。基于布里渊后向散射的海水温度与盐度同步测量研究。光学学报，(2008,8),28(8)，1508-1512

48)    马泳，林宏，艾青，梁琨。1.064μm激光在海水中传输特性的研究。激光技术，(2008,10),32(5)502-504

49)    冀航，马泳，梁琨，王宏远。频域滤波抑制海水后向散射的带宽研究。激光技术，(2008,8),32(4),337-339

50)    马泳，冀航，梁琨，林宏。载波调制激光雷达技术在海洋探测中的应用。激光技术，(2008,8),32(4),346-349

51)    梁琨，马泳，程飞，王宏远，林宏。采用边缘探测技术的海表温度测量精度及误差分析。光电工程，(2008，8),35(8)，92-96

52)    马泳，梁琨，林宏，冀航。基于布里渊散射信号检测的大气探测模型。光学学报，(2007,6),27(6),962-966

（1） 2013年湖北省科技进步一等奖，项目名称：高性能红外成像关键技术研究及其应用。

（2）  2009年湖北省科技进步一等奖，项目名称：基于IP和HFC混合网络互动电视系统。