近期主要论文(第一作者或通讯作者): [1] Ruikun Xu,Guoyuan Tang*,Lijun Han,De Xie.Trajectory Tracking Control for a CMG-based Underwater Vehicle with Input Saturation in 3D Space. Ocean Engineering, 2019, 173: 587-598. (SCI) [2] Hongxuan Chen,Guoyuan Tang*, Yanming Huang , Jianjun Wang , Hui Huang. Adaptive model- parameter -free nonsingular fixed-time sliding mode control for underwater cleaning vehicle .Ocean Engineering,2022(262),1-14.(SCI) [3] Jianjun Wang,Guoyuan Tang*,JunXiong Huang.Analysis and Modelling of a Novel Hydrostatic Energy Conversion System for Seabed Cone Penetration Test Rig. Ocean Engineering,2018,169:177-186.(SCI) [4] Ruikun Xu, Guoyuan Tang∗, De Xie, Lijun Han, Hui Huang.Neural network for 3D trajectory tracking control of a CMG-actuated underwater vehicle with input saturation.ISA Transactions, June,2021,123:152-167.(SCI) [5] Ruikun Xu,Guoyuan Tang*,Lijun Han,Hui Huang,De Xie.Robust Finite-time Attitude Tracking Control of a CMG-based AUV with Unknown Disturbances and Input Saturation. IEEE Access, 2019, 7: 56409- 56422. (SCI) [6] Hui Huang, Guoyuan Tang*, Hongxuan Chen, Lijun Han, De Xie. Dynamic Modeling and Vibration Suppression for Two-link Underwater Flexible Manipulators.IEEE ACESS. 2022.4,10:40181-40196 DOI:10.1109/ACCESS.2022.3164706.(SCI) [7] Guoyuan Tang, Jianjun Wang. A Comparative Study of Energy Performance of Hydrostatic Seafloor Sediment Samplers and a New High-efficiency Sampler. Applied Ocean Research. 2019(83):1-8. (SCI) [8] Zengcheng Zhou,Guoyuan Tang*, Ruikun Xu, Lijun Han, and Maolin Cheng. A Novel Continuous Nonsingular Finite–Time Control for Underwater Robot Manipulators.Journal of Marine Science and Engineering, Sept 2021:1-18.(SCI) [9] Lijun Han, Guoyuan Tang*, Maolin Cheng, Hui Huang and De Xie. Adaptive nonsingular fast terminal sliding mode tracking control for an underwater vehicle-manipulator system with extended state observer. Journal of Marine Science and Engineering, May 2021:1-31.(SCI) [10] Ruikun Xu,Guoyuan Tang*, De Xie, Daomin Huang, Lijun Han,.Underactuated Tracking Control of Underwater Vehicles Using Control Moment Gyros. International Journal of Advanced Robotic Systems, 2018, 15(1): 1-8. (SCI) [11] Ruikun Xu, Guoyuan Tang*, Daomin Huang, De Xie, Lijun Han.Adaptive fault‑tolerant attitude control for a CMG‑based underwater vehicle.Journal of Marine Science and Technology,2020(25):800-807.(SCI) [12] Lijun Han, Guoyuan Tang*, Zengcheng Zhou, Hui Huang and De Xie.Adaptive wave neural network nonsingular terminal sliding mode control for an underwater manipulator with force estimation. Transactions of the Canadian Society for Mechanical Engineering, Jun. 2021(45):183-198.(SCI) [13] Lijun Han, Guoyuan Tang*, Ruikun Xu, Hui Huang and De Xie.Tracking control of an underwater manipulator using fractional integral sliding mode and disturbance observer. Transactions of the Canadian Society for Mechanical Engineering. Mar. 2021(45):135-146.(SCI) [14] Xu Rui-kun,Guoyuan Tang*, Xie De, Han Li-jun. Three-dimensional neural network tracking control of autonomous underwater vehicles with input saturation .Journal of Central South University, (2020) 27: 1754−1769. (SCI) [15] Guoyuan Tang*,Daomin Huang.T-S Fuzzy Model Based Generalized Predictive Control of Vehicle Yaw Stability. Kybernetes. Vol41.No.9 ,2012: 1261-1268.(SCI) [16] Zengcheng Zhou , Guoyuan Tang* , Hui Huang , Lijun Han, Ruikun Xu. Adaptive nonsingular fast terminal sliding mode control for underwater manipulator robotics with asymmetric saturation actuators.Control Theory and Technology,Vol. 2020(18):81–91.(EI) [17] Ruikun Xu,Guoyuan Tang*, Zhi Liu,Jiachang Qian. Dynamic Simulation Modeling and Analysis of an Internal CMG-actuated Underwater Vehicle. Proceedings of 2018 IEEE International Conference on Applied System Innovation, Chiba, Japan, 2018: 27-30. (EI) [18] Hui Huang, Guoyuan Tang*, Lijun Han, Maolin Cheng, De Xie, Hongxuan Chen. Neural network adaptive backstepping control of multi-link underwater flexible manipulators.the 31th International Ocean and Polar Engineering Conference (ISOPE 2021), June 20-25, 2021,p 184-190.(EI) [19] Hongxuan Chen,Yougao Luo, Guoyuan Tang*,Tao Sun,Hui Huang. Positioning method of underwater cleaning robot based on vision and inertial navigation .The 31th International Ocean and Polar Engineering Conference (ISOPE 2021), June 20-25, 2021,p 178-183.(EI) [20] Hongxuan Chen,Guoyuan Tang*,Yanmin Huang,Hui Huang,Yougao Luo,Tao Sun.LS-QP-switch based backstepping control for underwater cleaning vehicle. Oceans Conference Record (IEEE), September 20-23, 2021, OCEANS 2021: San Diego - Porto(EI) [21] Lijun Han, Guoyuan Tang*, Ruikun Xu, Zengcheng Zhou, Zhi Liu, Jiachang Qian. Double-loop fractional integral sliding mode trajectory tracking control for an underwater manipulator. 8th International Conference on Underwater System Technology: Theory and Applications (USYS 2018), Wuhan, China, Dec. 1-3 2018 (EI) [22] Ruikun Xu, Guoyuan Tang*, Lijun Han, De Xie. Trajectory tracking for the CMG-actuated underwater vehicle with dynamic uncertainties. 8th International Conference on Underwater System Technology: Theory and Applications, (USYS 2018), Wuhan, China, Dec. 1-3 2018 (EI) [23] Zhou, Zengcheng; Tang, Guoyuan*; Huang, Hui; Yuan, Zijian.Adaptive Neural Disturbance Observer Based Nonsingular Fast Terminal Sliding Mode Control for Underwater Robot Manipulators. ICCAIS 2019 - 8th International Conference on Control, Automation and Information Sciences, October 2019.(EI) [24] Huang, Daomin; Tang, Guoyuan*; Xu, Guohua; Liu, Zhi .Rigid-flexible coupling model and control of underwater manipulator. Proceedings of the International Offshore and Polar Engineering Conference(ISOPE 2018), 2018-June, p 453-459. (EI) [25] Hu, Jianzhang; Tang, Guoyuan*; Zhou, Zengcheng; Tian, Ye. Simultaneous Stabilization and Path-following Control of Underactuated USV Using State Reconstruction. Proceedings of 2019 IEEE International Conference of Intelligent Applied Systems on Engineering, ICIASE 2019,April 2019, p 116-119.(EI) [26] GuangJie Zhang, Guoyuan Tang*, Daomin Huang, Yanmin Huang. Research on AUV recovery of manipulator based on vision servo. The 32th International Ocean and Polar Engineering Conference (ISOPE 2022), June, 2022.(EI) [27] Yanmin Huang, Guoyuan Tang*, Daomin Huang, Hongxuan Chen. Research on Path Tracking Control of Underwater Cleaning Robot.The 32th International Ocean and Polar Engineering Conference (ISOPE 2022), June, 2022.(EI) [28] Wenxuan Guo, Guoyuan Tang*, Fan Zhao, Quanbin Wang.Global Dynamic Path Planning Algorithm for USV Based on Improved Bidirectional RRT. The 32th International Ocean and Polar Engineering Conference (ISOPE 2022), June, 2022.(EI) [29] Shen, Xiong ; Xu, GuoHua; Yu, Kun; Tang, Guoyuan*; Xu, Xiaolong .Development of a deep ocean master-slave electric manipulator control system. Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics), v 7102 LNAI, n PART 2, p 412-419, 2011, Intelligent Robotics and Applications - 4th International Conference, ICIRA 2011, Proceedings.(EI) [30] Xu, Guohua; Xiao, Zhihu; Tang, Guoyuan*; Shen, Xiong; Yang, Bo .A new deep ocean electrical driven manipulator: Working system.Proceedings of the International Offshore and Polar Engineering Conference(ISOPE-2010), 2010,v 2, p 272-276.(EI) 近期主要专利: (1)一种串联式船用升降补偿装置. 2019.09,ZL201810286660.9,发明专利. (2)一种适用于水下运动目标捕获与对接的可搭载式装置. ZL201810304339.9,2020.01,发明专利. (3) 一种具有开放式结构的深海作业机械手. ZL200910224334.6,2012.01,发明专利. (4)外置式××装置.ZL201010052122.7,2014.03,发明专利. (5)一种船舶双向曲率板一体作用自动成型方法. ZL201410424903.2,2016.04,发明专利. (6)AUTOMATIC INTEGRAL FORMING METHOD FOR DOUBLE-CURVATURE PLATE OF SHIP .US9751123B2,2017.09. (7)一种用于船舶双向曲率板的冷热一体成型方法. ZL201310597620.3,2016.04.发明专利. (8)一种水下航行器. ZL201510644608.2, 2017.10.13 ,发明专利. (9)一种内外联合式姿态控制水下航行器. ZL 201721414273.6 , 2018.05.11,实用新型专利. (10)一种可拆卸感应加热线圈安装定位夹具. ZL 201720149266.1,2017.09.29 , 实用新型专利. (11)一种自然对流散热式水下变压器. ZL201721100024.X, 2018.03.27 ,实用新型专利. (12)一种框架式升沉补偿装置试验平台. ZL 201820282076.1 ,2018.09.18 实用新型专利. (13)一种板材加工吊装装置. 2017.12.12 ,ZL 201720461802.1 ,实用新型专利. (14)一种水下清洗机器人. ZL202022836030.X,2021.08,实用新型专利. (15)一种深远海渔场无人一体化异构清洗系统. ZL202023317534.7,2021.09,实用新型专利. (16)一种高速冲击加载装置. ZL202221345168.2,2022.09,实用新型专利. (17)一种水下航行器对接回收装置. ZL201821524434.1,2019.08,实用新型专利. (18)一种冷热一体作用的复杂曲率板成型系统. ZL201720791444.0,2018.02,实用新型专利. (19)一种船载升沉补偿系统. ZL201520985059.0,2016.04.实用新型专利. (20)一种板材自动加载成型装置. ZL201420484843.9,2014.12.实用新型专利. (21)一种多用途感应加热实验台. ZL201621089547.4,2017.04.实用新型专利. |