研究领域

Video Image Processing and Analysis

Pattern Recognition

Computer Vision

Machine Learning

Artificial Intelligence

论文与著作

[1]  Xin Wang, Xingnan Xiong, Chen Ning. Multi-label remote sensing scene classification using multi-bag integration. IEEE ACCESS, 2019, 7(1): 120399-120410.

[2]    Xin Wang, Xin Zhang,Hangcheng Zhu, Qiong Wang, Chen Ning. An effective algorithm for single image fog removal, Mobile Networks andApplications, 2019, doi.org/10.1007/s11036-019-01340-5,1-9.

[3]    Xin Wang, Lingling Xu, Chen Ning. Multi-featurelocal sparse representation for infrared pedestrian tracking, KSII Transactionson Internet and Information Systems, 2019, 13(3): 1464-1480.

[4]    Xin Wang,Xingnan Xiong, Chen Ning, Aiye Shi, Guofang Lv. Integration of heterogeneousfeatures for remote sensing scene classification, Journal of Applied RemoteSensing, 2018, 12(1): 015023/1-015023/18.

[5]    Xin Wang,Siqiu Shen, Chen Ning. Visual saliency detection based on in-depth analysis ofsparse representation, Optical Engineering, 2018, 57(3): 033108/1-033108/12.

[6]    Xin Wang, Huifeng Dai, Chen Ning. Integrative frameworkfor the effective restoration of underwater images, Journal of ElectronicImaging, 2018, 27(2):  023036.

[7]    Xin Wang, Jing Huang, Yanli Chu, Aiye Shi, Lizhong Xu. Change Detection ofBitemporal Remote Sensing Images based on Feature Fusion and Fuzzy C-Means,KSII Transactions on Internet and Information Systems, 2018, 12(4): 1714-1729. 

[8]    Xin Wang,YuZhen Zhang, Chen Ning. A novel visual saliency detection method for infraredvideo sequences, Infrared Physics and Technology, 2017, 87: 91-103.

[9]     Xin Wang, Siqiu Shen, Chen Ning Yuzhen Zhang,Guofang Lv. Robust object tracking via local discriminative sparserepresentation. Journal of the Optical Society of America A. 2017, 34(4):533-544.

[10]  Xin Wang, Chunyan Zhang,Chen Ning, Yuzhen Zhang, Guofang Lv. Detectingsaliency in infrared images via multiscale local sparse representation andlocal contrast measure, Mathematical Problems in Engineering, 2017, Article ID 2483169, 11 pages.

[11]  Xin Wang, Lingling Xu, Yuzhen Zhang,Chen Ning. A novel hybrid method for robustinfrared target detection, KSII Transactions on Internet and InformationSystems, 2017, 11(10): 4986-5002.

[12]  Xin Wang, Siqiu Shen, Chen Ning Fengchen Huang,Hongmin Gao. Multi-class remote sensing objects recognition based ondiscriminative sparse representation. Applied Optics. 2016, 56(6): 1381-1394.

[13] Xin Wang,Chen Ning, Lizhong Xu. Saliency Detection Using Mutual Consistency-GuidedSpatial Cues Combination. Infrared Physics & Technology. 2015, 72(2015):106-116.

[14] Xin Wang,Siqiu Shen, Chen Ning, Mengxi Xu, Xijun Yan. A sparse representation-basedmethod for infrared dim target detection under sea-sky background. InfraredPhysics & Technology. 2015, 71(2015): 347-355.

[15] Xin Wang, Chen Ning, Lizhong Xu. Spatiotemporal Saliency Model for Small MovingObject Detection in Infrared Video. Infrared Physics & Technology. 2015, 69: 111-117.

[16] Xin Wang,Chen Ning, Lizhong Xu. Spatiotemporal Difference-of-Gaussians filters forrobust infrared small target tracking in various complex scenes. AppliedOptics. 2015, 54(7): 1573-1586.

[17] XinWang, Xijun Yan, Guofang Lv, Tanghuai Fan. Balloon-borne spectrum-polarizationimaging for river surface velocimetry under extreme conditions. InfraredPhysics & Technology. 2013,58(2013):5-11.

[18] Xin Wang,Guofang Lv, Lizhong Xu. Infrared dim target detection based on visualattention, Infrared Physics & Technology. 2012,55(6): 513-521.

[19] Xin Wang, Mengxi Xu, Huibin Wang, Yan Wu, Haiyan Shi. Combination of InteractingMultiple Models with the Particle Filter for Three-Dimensional Target Trackingin Underwater Wireless Sensor Networks, Mathematical Problems in Engineering,2012, 2012: 829451.

[20] Xin Wang,Zhenmin Tang. Modified particle filter-based infrared pedestriantracking". Infrared Physics & Technology. 2010, 53 (4): 280-287.

[21] Xin Wang,Lei Liu, Zhenmin Tang. Infrared human tracking with improved Mean Shiftalgorithm based on multi-cue fusion. Applied Optics. 2009, 48 (21): 4201-4212. XinWang, Lei Liu, Zhenmin Tang. Infrared dim target detection based on fractaldimension and third-order characterization. Chinese Optics Letters. 2009, 7(10): 931-933.

荣誉与奖励

TEACHING AWARDS

[1]  Provincial Quality Course for International Students,Jiangsu Province, 2017

[2]  Excellent Undergraduate Thesis Instructor, Jiangsu Province, 2018

[3]  Excellent Undergraduate Thesis Instructor, Jiangsu Province, 2017

[4]  Excellent Undergraduate Thesis Instructor, Jiangsu Province, 2016

[5]  Excellent Textbook forInternational Students, Hohai University, 2018

[6]  Excellent Undergraduate Thesis Instructor, Hohai University, 2018

[7]  Excellent Master's Thesis Instructor, HohaiUniversity, 2017

[8]  Excellent Undergraduate Thesis Instructor, Hohai University, 2017

[9]  Excellent Undergraduate Thesis Instructor, Hohai University, 2016

[10] Excellent Teaching Award, Hohai University, 2016

[11] Quality Course for International Students,Hohai University, 2015

[12] Excellent Teaching Award, Hohai University, 2013

[13] Excellent Undergraduate Tutor Award, Hohai University, 2012

RESEARCH AWARDS

[1]  Science and Technology Progress Award, SecondPrize, China Association for Geographic information Service, 2017

[2] Science and Technology Progress Award, SecondPrize, Jiangxi Province, 2015

[3]  Science and Technology Progress Award, Third Prize,China Instrument and ControlSociety, 2015

[4]  Science and Technology Progress Award, Second Prize,ChinaAssociation for Geographic information Service, 2013

[5] Science and Technology Progress Award, First Prize, China General Chamber of Commerce, 2012

[6] Science and Technology Progress Award, SecondPrize, China Association for Geographic information Service, 2012

[7] Science and Technology Progress Award, Third Prize, Chinese Institute of Electronics, 2012

[8] Science and Technology Progress Award, SecondPrize, Chinese Institute of Electronics, 2011