（教授Associate 、博士Doctor）
1.研究领域 Research field:
昆虫行为智能识别、生物行为智能识别、计算机视觉技术应用以及无人机技术应用
Intelligent Recognition of Insect Behavior, Intelligent Recognition of Biological Behavior, Application of Computer Vision Technology, and Application of Unmanned Aerial Vehicle Technology
2.主要代表成果Research achievements：
论文：
[1]Zhiliang Zhang,Wei Zhan,Kanglin Sun etl. RPH-Counter: Field Detection and Counting of Rice Planthoppers Using a Fully Convolutional Network with Object-Level Supervision, Computers and Electronics in Agriculture, （计算机科学-农业交叉1区TOP，IF7.7）
[2]Zhiliang Zhang, Wei Zhan*, Yong Sun etl. Mask-guided dual-perception generative adversarial network for synthesizing complex maize diseased leaves to augment datasets, Engineering Applications of Artificial Intelligence,Volume 136, Part A,2024,108875,ISSN 0952-1976,（计算机科学2区TOP，IF7.428）
[3]Min Wei,Wei Zhan*,YOLO_MRC: A fast and lightweight model for real-time detection and individual counting of Tephritidae pests,Ecological Informatics,Vol.79,2024,102445,(环境科学与生态学3区，IF4.498）
[4]刘虎,詹炜*，何章章,等, 基于YOLO V7及TSM模型的橘小实蝇梳理行为检测与识别[J].昆虫学报,2023,66(6):787-796. (农业科技,中文核心TOP期刊，IF1.59)
[5]李伟豪,詹炜*，周婉等.轻量型Yolov7-TSA网络在茶叶病害检测识别中的研究与应用[J].河南农业科学,2023,52(05):162-169.(中文核心)
[6]熊梦园，詹炜*，桂连友，等.基于ResNet模型的玉米叶片病害检测与识别[J].江苏农业科学,2023年3月.（中文核心，IF1.181）
[7]Yong Sun, Wei Zhan *, Tianyu Dong etl. Real-Time Recognition and Detection of Bactrocera minax(Diptera: Trypetidae) Grooming Behavior Using Body Region Localization and Improved C3D Network. Sensors.2023; 23(14):6442.（工程技术3区，IF4.1）
[9]Guo,Yuheng;Zhan,Wei*;Li,Weihao etl.Application of Support Vector Machine Algorithm Incorporating Slime Mould Algorithm Strategy in Ancient Glass Classification, Applied Sciences.2023; 13 (6):3718. （综合性期刊4区，IF2.838）
[10]HuLiu,WeiZhan*,ZhiqiangDu.etl. Prediction of the intramuscular fat content of pork cuts by improved U2-Net model and clustering algorithm,Food Bioscience,Volume 53,2023,102848,ISSN 2212-4292, (农林科学-食品科技2区TOP,IF5.318）
[11]Weihao Li.,Zhan,W.*,Han Tao.etl. Research and Application of U2-NetP Network Incorporating Coordinate Attention for Ship Draft Reading in Complex Situations. Journal of Signal Processing Systems. 2022; 95(2-3):177-195.（计算机科学4区，IF1.813）
[12]HuaziHuang,WeiZhan*,ZhiqiangDu etl. Pork primal cuts recognition method via computer vision.Meat Science.2022; 192:108898. (农林科学-食品科技1区TOP期刊，IF7.077）
[13]闵超，詹炜*，张豫麒，吕建华，洪胜兵，董天豫，佘金惠，黄华姿，基于匈牙利算法和LSTM网络的储粮害虫轨迹跟踪及行为研究，中国粮油学报，（中文核心IF2.278）
[14]Shengbing Hong,Zhan,Wei*,Tianyu Dong,etal..A Recognition Method of Bactroceraminax(Diptera:Tephritidae)Grooming Behavior via a Multi-Object Tracking and Spatio-Temporal Feature Detection Model. Journal of Insect Behavior. 2022; 35(4):67-81. （农林科学-昆虫学3区，IF1.309）
[15]Zhan,Wei;Sun,Chenfan;Wang,Maocai.etl. An improved Yolov5 real-time detection method for small objects captured by UAV, Soft Computing,2022,26(1):361-373. （计算机科学3区，IF3.732）
[16]JinhuiShe,Wei Zhan*,ShengbingHong.etl. A method for automatic real-time detection and counting of fruit fly pests in orchards by trap bottles via convolutional neural network with attention mechanism added, Ecological Informatics, (环境科学与生态学3区，IF4.498）
[17]Zhan,Wei;Zou,Yafeng;He,Zhangzhang.etl Key Points Tracking and Grooming Behavior Recognition of Bactrocera minax (Diptera: Trypetidae) via DeepLabCut. Mathematical Problems in Engineering.2021;2021():1-15. （计算机科学4区，IF1.025）
[18]Zhan,Wei; Hong,Shengbing;Sun,Yong.etl.The System Research and Implementation for Autorecognition of the Ship Draft via the UAV,International Journal of Antennas and Propagation,2021,2021()1-11. （计算机科学4区，IF1.500）
[19]Zhang,Zhiliang;Zhan,Wei*;He,Zhangzhang.etl. Application of Spatio-Temporal Context and Convolution Neural Network(CNN)in Grooming Behavior of Bactrocera minax(Diptera:Trypetidae) Detection and Statistics, Insects,2020,11(9).（农林科学-昆虫学2区TOP，IF3.139）
[20]Sun,Chenfan, Zhan,Wei*;She,Jinhiu.etl. Object Detection from the Video Taken by Drone via Convolutional Neural Networks,Mathematical Problems in Engineering,2020. （计算机科学4区，IF1.025）
[21]Wei Cao,Wei Zhan*. ML-MOEA/SOM:A Manifold-Learning-Based Multiobjective Evolutionary Algorithm via Self-Organizing Maps, Journal of Computing and InformationTechnology.2016,9(7):391-406.
[22]Wei Zhan, A Hybrid Multiobjective Evolutionary Algorithm Model-Based on Local Linear Embedding,International Journal of Computing Science and Mathematics.2015,3(6):287-296.
[23]We Zhan, A Research Overview of Manifold-Learning-Based Multiobjective Evolutionary Algorithm, International Journal of Computing Science and Mathematics.2015,3(6):221-220.
[24]Wei Zhan,Guangming Dai, Research Over view of Manifold Learning Algorithm ,Advances in Information Sciences and Service Sciences.2013,5(1):58-67.
发明专利：
[1]詹炜；孙晨帆；一种无人机电力自动巡检方法、装置及系统，2020.07.27，中国，ZL2020107323729
[2]孙泳；詹炜；洪胜兵;佘金惠；一种基于计算机视觉的诱虫瓶昆虫计数方法以及计数装置，2021.08.27，中国，ZL202110657187.2
[3]詹炜；闵超；孙泳；董天豫；一种储量害虫的运动行为分析方法与实验装置，2021年6月11日，中国，ZL202110655373.2
[4]詹炜;董天豫；洪胜兵；闵超；一种基于深度学习及图像技术的昆虫动态行为识别方法，2021-6-11，中国，ZL202110656390.8
[5]詹炜;佘金慧；孙泳；闵超；一种基于卷积神经网络的昆虫分类及计数方法，2021-6-11，中国，ZL202110657174.5
[6]孙泳；詹炜；朱晨光；一种船舶水尺识别方法、设备及存储介质，2021-1-15，中国，ZL202011168530.9
[7]詹炜;李伟豪;孙泳;董天豫;一种无人机混合路径规划方法,2021-8-6,中国,ZL202121311570.4
[8]詹炜;孙泳;黄华姿;闵超;一种便携式昆虫诱捕分类计数装置,2021-6-11,中国,ZL202121311577.6
[9]詹炜;洪胜兵;董天豫;孙泳;一种自动化昆虫动作行为智能识别与分析装置,2021-6-11,中国,ZL202121311570.4
[10]詹炜;朱晨光;舒子桓;一种输电线路绝缘子爆裂识别方法及装置,2020-7-27,中国,ZL202010732376.7
[11]詹炜;张智亮;邹亚峰;一种基于时空上下文的昆虫行为识别方法及装置,2020-3-26,中国,ZL202010222364.X
[12]詹炜;邹亚峰;张智亮;一种动物行为自动识别方法及装置,2020-3-26,中国,ZL202010222352.7
[13]詹炜;朱晨光;孙泳;一种无人机智能船舶水尺识别方法及装置,2020-3-26,中国，ZL202010222648.9
3.电子邮箱（EMAIL）： zhanwei814@yangtzeu.edu.cn
