[1] ]HE Yunze, PAAN Mengchun, CHHENDixiang, et aal. Eddy current s tep heating thermoography for quantiitatively evaluationn[J]. Applied Physsics Letters, 2013, 103(19):023112-22698.

[2] ]Weekes B, Almmond D P, Cawleey P, et al. Eddy-ccurrent induced thher-mography—prrobability of detecction study of smmall fatigue cracks in steel, titaniumm and nickel-basedd superalloy[J]. Nddt& E Internationnal, 2012, 49:47-566.

[3] ]张秀君, 孙晓晓丽. 分段线性变 换增强的自适应 方法[J].电子科技技, 2005(3):13-16.

    ZHANG Xiujuun, SUN Xiaoli.AAdaptive method for enhancement of piecewise lineaar transformation[[J]. Electronic Scieence and Technoloogy, 2005(3): 13-166.

[4] ]王炳健, 刘上乾, 周慧鑫, 等. 基于平台直方图图的红外图像自适适应 增强算法[J]. 光子学报, 2005, 448(2):77-82.

    WANG Bingjiaan, LIU Shangqiaan, ZHOU Huixin, et al. Adaptive een-hancement alggorithm for infrareed image based onn platform histogram[J]. Acta Photoonica Sinca, 2005,48(2):77-82.

[5] ]张晓杰. 红外外图像处理及弱小小目标检测方法研研究[D].南京: 南南京 航空航天大学学, 2012.

    ZHANG Xiaoj ie. Infrared imagee processing and wweak target detectiion method[D]. NNanjing: Nanjing UUniversity of Aerronautics and Asttro-nautics, 2012.

[6] ]Kim Y T. Contrast enhanceement using brightness preserviing bi-histogram eequalization[C]//IEEEE Transactions on Consumer Electronics, 1997, 43(1):1-8.

[7] CCHEN S D, Raamli A R. Contrrast enhancementt using recursivee mean-separate hiistogram equalizat ion for scalable brrightness preserva--tion[J]. IEEE Trransactions on CConsumer Electronnics, 2003, 49(4): 1301-1309.

[8] 康志亮. 基于小小波的红外图像增增强算法研究 [D]. 成都: 电子科技技 大学, 2008.

    KANG Zhiliang. Research on Infraared Image Enhanncement Algorithmm Based on Waveleet[D]. Chengdu: UUniversity of Electtronic Science andd Technology of China, 2008.

[9] 祁燕, 宋凯. 基于于小波多尺度的图图像增强新算法 [JJ]. 微计算机信息, 2010, 26(10):1333-134.

    QI Yan, SONG KKai. Image enhanncement algorithm based on wavelettmltiscale[J]. Micrrocomputer Informmation, 2010, 26(110):133-134.

[10] 王圳萍, 张家树树, 陈高. 加权低低秩矩阵恢复的混混合噪声图像去噪噪 [J].计算机科学学, 2016, 43(1):2988-301.

    WANG Zhupingg, ZHANG Jiashuu, CHEN Gao. WWeighted low-rankk matrix recoveryy for hybrid noiise image denoissing[J]. Computerr Science, 2016, 443(1): 298-301.

[11] 王树文, 闫成新新, 张天序, 等. 数数学形态学在图像像处理中的应用 [J]]. 计算机工程与应应用, 2004, 40(32)):89-92.

    WANG Shuwenn, YAN Chengxin,, ZHANG Tianxu,, et al. Applicationn of mathematicall morphology in iimage processing[[J]. Computer En--gineering and ApApplications, 40(322):89-92..

[12] 王启银, 薛建东东, 任新辉. 一种种自适应的变电站站设备红外图像分分 割方法[J].红外外技术, 2016, 38(99):770-773.

    WANG Qiyin, XUE Jiandong, RREN Xinhui. An adaptive infraredd image segmentaation method forr substation equippment[J]. Infraredd Technology, 20116, 38(9): 770-7733.

[13] Ohtsu N. A Threeshold selection mmethod from gray-llevel histograms[J]]. IEEE Transactioons on Systems Maan & Cybernetics, 1979, 9(1):62-66..

[14] 刘健庄, 栗文青青. 灰度图像的二维维 Otsu自动阈值值分割法[J].自动动 化学报, 1993, 119(1):101-105.

    LIU Jianzhuangg, LAI Wenqing. Two-dimensionaal Otsu automaticc threshold segmeentation method for gray image[J]. Acta Automatica--Sinica, 1993, 199(1):101-105.

[15] 范九伦, 赵凤. 灰度图像的二维 Otsu曲线阈值分分割法[J].电子学学 报, 2007, 35(4): 751-755.

    FAN Jiulun, ZHHAO Feng. Two--dimensional Otsuu curve thresholdd segmentation off gray image[J]. JJournal of Electroonics, 2007, 35(4): 751-755.

[16] 吴一全, 潘喆, 吴文怡. 二维直直方图区域斜分阈阈值分割及快速递递 推算法[J].通信信学报, 2008, 29(44):77-83.

    WU Yiquan, PAAN Zhe, WU WWenyi. Calculationn of fast diagonall threshold and ffast recursion alggorithm for two-ddimensional histo--gram[J]. Journaal of Communicatioons, 2008, 29(4):77-83.