百晓学者学者目录

葛彤

上海交通大学海洋工程国家重点实验室

个人简介

葛彤,上海交通大学海洋工程国家重点实验室研究员,研究方向为船舶工业、海洋学与自动化技术,聚焦深海探测与作业技术、潜水器总体技术、水下机器人操纵控制技术。主持国家重点研发计划、国际海域资源调查与开发‘十二五’重大课题等项目。

精选作品

期刊论文

  1. 刘宗霖,王猛,葛彤,李昭旭(2026). 基于水下近底运动模糊图像的辅助测速方法. 《舰船科学技术》.
  2. Hongkun Zhou, Yunfei Ding, Hanlin Gao, Gang Wang, Tong Ge, Ying Zhang (2026). Relative Localization of a Floating Recovery Target in an Unmanned Surface Platform-Assisted UAV–ROV Search-and-Recovery System Under High Sea States. Journal of Marine Science and Engineering.DOI
  3. Hongkun Zhou, Yunfei Ding, Hanlin Gao, Gang Wang, Tong Ge, Ying Zhang (2026). A Variational Bayesian Constrained EKF for Sonar-Based Underwater Target Tracking in Shallow Water. Sensors.DOI
  4. 陈盼召,郭凯,葛彤,乔磊(2025). 外部扰动下无人水下航行器鲁棒快速轨迹跟踪控制. 《中国舰船研究》.
  5. Zonglin Liu, Meng Wang, Tong Ge, Rui Miao, Gangtai Lu (2025). An Indirect Foot-End Touchdown Detection Method for the Underwater Hexapod Robot. Journal of Marine Science and Engineering.DOI
  6. Xinyu Zhang, Shengxia Sun, Min Zhao, Tong Ge (2025). Underwater implosion protection effect of a novel thin-walled composite structure: Experiment and simulation. Thin-Walled Structures.DOI
  7. Xinyu Zhang, Min Zhao, Sheng-Xia Sun, Tong Ge (2025). Study on the Implosion of Composite Pressure-Resistant Structure Under Different External Conditions. Volume 3: Ocean Engineering; Polar and Arctic Sciences and Technology.DOI
  8. Xinyu Zhang, Min Zhao, Jie Xia, Tong Ge (2024). Underwater implosion protection of a new concept composite structure for a deep-sea hollow ceramic sphere with CFRP shield. Ocean Engineering.DOI
  9. Zonglin Liu, Meng Wang, Hanwen Hu, Tong Ge, Rui Miao (2024). An Underwater Localization Method Based on Visual SLAM for the Near-Bottom Environment. Journal of Marine Science and Engineering.DOI
  10. Xinyu Zhang, Min Zhao, Tong Ge (2024). Analysis of Implosion Protection Effect of Ceramic and Titanium Alloy Hollow Spheres Wound With Carbon Fiber. Ocean Engineering.DOI
  11. 陈鹏,夏?,赵敏,葛彤,蔡新钢(2023). 全海深ARV框架结构分析与试验验证. 《船舶力学》.
  12. 夏?,庄广胶,王鹏,赵敏,葛彤(2023). 基于拓扑优化方法的全海深无人潜水器本体浮力构件的防护结构设计. 《中国造船》.
  13. 杨帆,张树森,楮伟,张翔龙,陈静,王旭阳,葛彤(2023). 硬粘土中高压淹没水射流破土实验研究. 《港口航道与近海工程》.
  14. 徐鹏飞,吕韬,葛彤,程红霞,赵敏(2022). 球形水下机器人滚进特性试验与动力学建模分析. 《中国舰船研究》.
  15. Pengfei Xu, Chen-Bo Han, Hongxia Cheng, Cheng Chen, Tong Ge (2022). A Physics-Informed Neural Network for the Prediction of Unmanned Surface Vehicle Dynamics. Journal of Marine Science and Engineering.DOI
  16. 庄广胶,夏?,葛彤(2021). 多片组合式摩擦轮牵引绞车的牵引特性. 《船舶工程》.DOI
  17. 庄广胶,夏?,葛彤(2021). 大深度潜水器浮力构件的安装设计和实验. 《舰船科学技术》.
  18. 冯晓晨,葛彤,王小丹(2021). 基于神经网络的水下对接引导算法. 《舰船科学技术》.
  19. Lei Qiao, Min Zhao, Chao Wu, Tong Ge, Rui Xiang Fan, Weidong Zhang (2021). Adaptive PID control of robotic manipulators without equality/inequality constraints on control gains. International Journal of Robust and Nonlinear Control.DOI
  20. 王涛,吴超,葛彤(2020). 负浮力四倾转推进器水下机器人姿态跟踪控制. 《舰船科学技术》.
  21. 楼梦瑶,王旭阳,陈瑞,葛彤(2020). 基于NARX神经网络的船舶升沉运动实时预测方法. 《中国舰船研究》.
  22. 岳伟韬,苏婧,谷志珉,余传义,葛彤(2020). 占据栅格地图的最佳栅格大小与地图精度. 《机器人》.
  23. Anyuan Bi, Fengye Zhao, Xiantao Zhang, Tong Ge (2020). Combined Depth Control Strategy for Low-Speed and Long-Range Autonomous Underwater Vehicles. Journal of Marine Science and Engineering.DOI
  24. LOU Mengyao, WANG Xuyang, CHEN Rui, Tong Ge (2020). A real-time prediction method for ship heave motion using NARX neural network. DOAJ (DOAJ: Directory of Open Access Journals).DOI
  25. 袁庆晴,赵敏,葛彤,汪淳(2019). 基于欧拉模型的泥沙冲刷数值模拟. 《哈尔滨工程大学学报》.
  26. 庄广胶,夏?,项锋,张春文,葛彤(2019). 新型深海水下开孔机的研发与试验. 《中国造船》.
  27. 刘春光,张树森,周东荣,赵敏,王旭阳,葛彤(2019). 国外海底机械式开沟机技术进展. 《海洋工程装备与技术》.
  28. 霍星星,张春文,葛彤,王旭阳(2019). 深海作业型机器人液压推进系统的非线性校正(英文). 《船舶力学》.
  29. 张园,张树森,张葆华,顾安,王旭阳,赵敏,葛彤(2019). 国外海底犁式开沟机技术进展. 《海洋科学》.
  30. Min Zhao, Qingqing Yuan, Tao Wang, Tong Ge, Weicheng Cui (2019). Multidisciplinary Design Optimization of a Heavier-Than-Water Underwater Vehicle Using a Semi-Empirical Model. International Journal of Offshore and Polar Engineering.DOI
  31. 徐钻,杨柯,葛彤,王旭阳(2018). 基于Kane动力学和通路矩阵的水下自重构机器人建模. 《船舶力学》.
  32. 霍星星,葛彤,王旭阳(2018). 深海管线埋设ROV液压推进系统性能改善实验研究. 《哈尔滨工程大学学报》.
  33. Xingxing Huo, Tong Ge, Xuyang Wang (2018). Horizontal path-following control for deep-sea work-class ROVs based on a fuzzy logic system. Ships and Offshore Structures.DOI
  34. Nailong Wu, Chao Wu, Tong Ge, Deqing Yang, Rui Yang (2018). Pitch Channel Control of a REMUS AUV with Input Saturation and Coupling Disturbances. Applied Sciences.DOI
  35. Tao Wang, Jianqin Wang, Chao Wu, Min Zhao, Tong Ge (2018). Disturbance-Rejection Control for the Hover and Transition Modes of a Negative-Buoyancy Quad Tilt-Rotor Autonomous Underwater Vehicle. Applied Sciences.DOI
  36. Nailong Wu, Meng Wang, Tong Ge, Chao Wu, Deqing Yang, Rui Yang (2018). Experiments on high-performance maneuvers control for a work-class 3000-m remote operated vehicle. Proceedings of the Institution of Mechanical Engineers Part I Journal of Systems and Control Engineering.DOI
  37. Tao Wang, Chao Wu, Jianqin Wang, Tong Ge (2018). Modeling and Control of Negative-Buoyancy Tri-Tilt-Rotor Autonomous Underwater Vehicles Based on Immersion and Invariance Methodology. Applied Sciences.DOI
  38. Zonglin Liu, Nailong Wu, Chao Wu, Rui Miao, Tong Ge (2018). Improved Particle Filter in Full-Depth Autonomous Underwater Vehicle Integrated Navigation.
  39. Nailong Wu, Zong-Lin Liu, Chao Wu, Tong Ge, Deqing Yang (2018). Robust MRAC With Anti-Windup Compensator for the Depth Channel of an Autonomous Underwater Vehicle.
  40. Xiang Li, Min Zhao, Tong Ge (2018). A Nonlinear Observer for Remotely Operated Vehicles with Cable Effect in Ocean Currents. Applied Sciences.DOI
  41. 孙佳杰,杨柯,葛彤(2017). 基于凯恩动力学的AUV建模. 《船舶力学》.
  42. 俞炅旻,吴超,赵敏,葛彤(2017). 重于水型AUV模糊路径规划与优化. 《舰船科学技术》.
  43. 丁汉卿,王旭阳,葛彤(2017). 基于改进遗传算法的ROV推进器伺服系统辨识. 《哈尔滨工程大学学报》.
  44. 霍星星,葛彤,王旭阳(2017). 基于模糊补偿的深海作业级远程操控潜水器自适应位姿控制. 《上海交通大学学报》.
  45. Qingqing Yuan, Min Zhao, Chun Wang, Tong Ge (2017). Numerical study of sand scour with a modified Eulerian model based on incipient motion theory. Marine Georesources and Geotechnology.DOI
  46. Nailong Wu, Tong Ge, Chao Wu, Deqing Yang, Rui Yang (2017). Water flow forecasting of underwater vehicle based on LDA compressed sensing. Proceedings of the Annual Conference of the IEEE Industrial Electronics Society.DOI
  47. Nailong Wu, Chao Wu, Tong Ge, Xuyang Wang, Rui Yang (2017). Underwater Vehicle Model Structure and Parameters Discovering With Genetic Programming Based Symbolic Regression.
  48. Tao Wang, Chao Wu, Jianqin Wang, Tong Ge (2017). Path following based on line-of-sight with nonlinear adaptive compensation of side-slip angle. Chinese Control and Decision Conference (CCDC).DOI
  49. 杨柯,葛彤,王旭阳(2016). 水下自重构机器人游动构形的稳定性分析. 《哈尔滨工程大学学报》.
  50. 庄广胶,王彪,吴超,葛彤(2016). 搭载于ROV的深海半自动沉积物保压取样器设计. 《舰船科学技术》.
  51. 杨柯,葛彤,王旭阳(2016). 基于CPG的水下自重构机器人控制网络演化方法. 《上海交通大学学报》.
  52. 葛彤(2016). 作业型无人遥控潜水器深海应用与关键技术. 《工程研究——跨学科视野中的工程》.
  53. Xingxing Huo, Xuyang Wang, Tong Ge (2016). Impulse control method for hydraulic propulsion system used in 3500 m work-class ROV. Applied Ocean Research.DOI
  54. Ke Yang, Tong Ge, Xuyang Wang (2016). Attitude and position measurement of bit for underwater horizontal directional drilling system. Ocean Engineering.DOI
  55. Xiaoyi Liu, Qingqing Yuan, Min Zhao, Weicheng Cui, Tong Ge (2016). Multiple objective multidisciplinary design optimization of heavier-than-water underwater vehicle using CFD and approximation model. Journal of Marine Science and Technology.DOI
  56. Shusen Zhang, Tong Ge, Min Zhao, Chun Wang (2016). The prediction of traveling jet trenching in stiff clay based on the erosion failure mechanism. Marine Georesources and Geotechnology.DOI
  57. Nailong Wu, Xuyang Wang, Tong Ge, Chao Wu, Rui Yang (2016). Parametric identification and structure searching for underwater vehicle model using symbolic regression. Journal of Marine Science and Technology.DOI
  58. Meng Wang, Chao Wu, Tong Ge, Zhi Min Gu, Yuan Hong Sun (2016). Modeling, calibration and validation of tractive performance for seafloor tracked trencher. Journal of Terramechanics.DOI
  59. Shusen Zhang, Chun Wang, Tong Ge (2016). Experimental prediction of the noncontact jet Trencher’s excavation depth in clay. Marine Georesources and Geotechnology.DOI
  60. 张亚,葛彤,吴刚(2015). 科考船多波束导流罩线型CFD分析方法与试验验证. 《船舶工程》.
  61. 梁浩,李海川,郝兴国,葛彤(2015). 海底管道失效原因及基于ROV的海底管道巡检技术. 《油气储运》.
  62. 庄广胶,王彪,吴超,陈强,葛彤(2015). 深海ROV多层脐带缆绞车卷筒力学分析. 《海洋工程》.
  63. 王彪,谷志珉,吴超,葛彤(2015). 水下机器人在线绝缘检测系统研究. 《舰船科学技术》.
  64. 李翔,赵敏,赵发明,袁庆晴,葛彤(2015). 基于重叠网格的重水潜器粘流数值模拟. 《船舶力学》.
  65. 王冠达,葛彤,赵敏,邓春楠(2015). ROV近底行走装置水平面动力学建模及稳定性分析. 《船舶工程》.
  66. 王存福,赵敏,葛彤(2015). 水下耐压结构拓扑优化设计方法探究. 《工程力学》.
  67. Cunfu Wang, Min Zhao, Tong Ge (2015). Structural topology optimization with design-dependent pressure loads. Structural and Multidisciplinary Optimization.DOI
  68. Shusen Zhang, Min Zhao, Tong Ge, Chun Wang (2015). Experimental Research on Trenching in Stiff Clay by Submerged Vertical Traveling Jets. Journal of Coastal Research.DOI
  69. Biao Wang, Chao Wu, Xiang Li, Qingkai Zhao, Tong Ge (2015). Survivability design for a hybrid underwater vehicle. AIP conference proceedings.DOI
  70. Xiang Li, Xuyang Wang, Biao Wang, Xiaochen Li, Tong Ge, Yan Wen (2015). Performance study and flow analysis of an annular multi-nozzle macrobenthos sampler. AIP conference proceedings.DOI
  71. 王存福,赵敏,葛彤(2014). 考虑失稳模式的环肋圆柱壳结构优化设计. 《上海交通大学学报》.
  72. JimaoZhu, Tong Ge, Chao Wu, Biao Wang (2014). Research and Development of the Deep Sea Remotely Operated Vehicle in China. 《2014中国国际潜水救捞与海洋工程技术论坛——主题:科技创新、服务深蓝会刊》.
  73. Chao Wu, Tong Ge, Guang-jiao Zhuang, Jianmin Liu (2014). Research of underwater self-reconfigurable system. Journal of Shanghai Jiaotong University (Science).DOI
  74. Ke Yang, Xuyang Wang, Tong Ge, Chao Wu (2014). Simulation platform for the underwater snake-like robot swimming based on Kane’s dynamic model and central pattern generator. Journal of Shanghai Jiaotong University (Science).DOI
  75. Ke Yang, Xuyang Wang, Tong Ge, Chao Wu (2014). Dynamic model of underwater snake-like robot using Kane’s method. Journal of Shanghai Jiaotong University (Science).DOI
  76. Ke Yang, Xuyang Wang, Tong Ge, Chao Wu (2014). A dynamic model of an underwater quadruped walking robot using Kane’s method. Journal of Shanghai Jiaotong University (Science).DOI
  77. 张树森,汪淳,葛彤(2014). 海底冲射式开沟机技术进展. 《船海工程》.
  78. Jiawang Li, Chao Wu, Tong Ge (2014). Central pattern generator based gait control for planar quadruped robots. Journal of Shanghai Jiaotong University (Science).DOI
  79. 李翔,王旭阳,葛彤,王猛(2013). 泵吸式大型生物采样器流场分析及优化. 《2013年船舶水动力学学术会议论文集》.
  80. 傅慧萍,赵敏,葛彤(2013). 基于两相流模型的喷冲式水下挖沟机数值模拟. 《2013年船舶水动力学学术会议》.
  81. 王旭阳,葛彤,杨柯,吴超(2013). 水下自重构机器人Kane动力学建模方法. 《上海交通大学学报》.
  82. 吴超,庄广胶,刘建民,葛彤,吴小辉(2013). 新型水下自重构机器人水下机电对接技术. 《上海交通大学学报》.
  83. 邓春楠,葛彤,吴超(2013). 基于高阶滑模控制器的水下潜器运动控制. 《海洋工程》.
  84. 颜翚,葛彤,王彪,刘建民,赵敏(2013). 基于iSIGHT重于水的无人自治潜水器概念设计及优化方法. 《海洋工程》.
  85. Chao Wu, Xuyang Wang, Guang-jiao Zhuang, Min Zhao, Tong Ge (2013). Motion of an underwater self-reconfigurable robot with tree-like configurations. Journal of Shanghai Jiaotong University (Science).DOI
  86. Jiawang Li, Xuyang Wang, Tong Ge (2013). Adaptive robust control for an active heave compensation system. Journal of Shanghai Jiaotong University (Science).DOI
  87. Ke Yang, Wang Xuyang, Tong Ge, Chao Wu (2013). A Dynamic Model of ROV with a Robotic Manipulator Using Kane's Method. International Conference on Measuring Technology and Mechatronics Automation (ICMTMA).DOI
  88. Biao Wang, Chao Wu, Tong Ge (2013). Self-Repairing Control System for a Hybrid Underwater Vehicle. Advanced materials research.DOI
  89. Biao Wang, Chao Wu, Tong Ge (2013). Control system of a novel underwater vehicle for global ocean science to the deepest ocean.
  90. Chun Nan Deng, Tong Ge (2013). Sliding Mode Nonlinear Observer Design for Underwater Vehicle Control System. Advanced materials research.DOI
  91. Chun Nan Deng, Tong Ge (2013). Depth and Heading Control of a Two DOF Underwater System Using a Model-free High Order Sliding Controller with Transient Process. International Conference on Measuring Technology and Mechatronics Automation (ICMTMA).DOI
  92. Biao Wang, Chao Wu, Tong Ge (2013). Development of a Remotely Operated Vehicle Test-bed.
  93. 颜翚,葛彤,王彪(2012). 一种新型重于水的自治式潜水器及其先进性分析. 《上海交通大学学报》.
  94. 吴小辉,葛彤,刘建民,庄广胶,吴超(2012). 水下分散自重构机器人取样模块的设计. 《上海交通大学学报》.
  95. 邱小军,刘浏,吴超,李建勋,葛彤(2012). 水下机器人通信系统的CAN总线冗余设计. 《自动化仪表》.
  96. 李家旺,葛彤,吴超,王旭阳(2012). 水下自重构机器人的自动对接控制. 《上海交通大学学报》.
  97. 颜翚,葛彤,杨柯,王旭阳(2012). 水下攻泥器随钻姿态惯性测量方法. 《上海交通大学学报》.
  98. 颜翚,葛彤,刘建民,赵敏(2012). 重载深潜推进器性能分析及设计. 《船舶力学》.
  99. 王强,葛彤,吴超,颜翚(2012). 结合固定翼飞机原理重水潜器设计. 《海洋工程》.
  100. Biao Wang, Chao Wu, Tong Ge (2012). A Low Cost Compact Control System for the HIPPO ROV. Proceedings of the 3nd International Conference on Digital Manufacturing & Automation(ICDMA2012).
  101. Hui Yan, Tong Ge, Sibin Ying, Chao Wu, Qing-qing Yuan (2012). Analysis of motion in longitudinal plane of negative buoyancy vehicle flying fish II. Journal of Shanghai Jiaotong University (Science).DOI
  102. Jiawang Li, Tong Ge, Xuyang Wang (2012). Active Heave Compensation Control of ROVS. Asian Journal of Control.DOI
  103. Biao Wang, Chao Wu, Tong Ge (2012). A Low Cost Compact Control System for the HIPPO ROV. Applied Mechanics and Materials.DOI
  104. Chun Nan Deng, Tong Ge (2012). Model-Free High Order Sliding Controller for Underwater Vehicle with Transient Process. Advanced materials research.DOI
  105. Ke Yang, Tong Ge, Xu Yang Wang (2012). Research on Attitude and Position Tracking Algorithm of Drill Bit for Underwater Mud-Penetrator. Advanced materials research.DOI
  106. Ke Yang, Tong Ge, Xu Yang Wang (2012). Attitude Tracking and Location Algorithm of Drill Bit for Underwater Mud-Penetrator. Applied Mechanics and Materials.DOI
  107. Zhijun Li, Chenguang Yang, Nan Ding, Stjepan Bogdan, Tong Ge (2012). Robust adaptive motion control for underwater remotely operated vehicles with velocity constraints. International Journal of Control Automation and Systems.DOI
  108. Hui Yan, Tong Ge, Jian Min Liu (2012). Analysis of Motion in Longitudinal Plane of Negative Buoyancy Vehicle. Advanced materials research.DOI
  109. 颜翚,葛彤,赵敏,陈先,刘建民(2011). 全海深环境下高强度空心玻璃微珠复合材料性能. 《上海交通大学学报》.
  110. 刘帅,葛彤,赵敏(2011). 基于源项法的潜艇旋臂试验模拟. 《大连海事大学学报》.
  111. 李文涛,葛彤(2011). 悬停式AUV控制策略研究. 《海洋工程》.
  112. 庄广胶,葛彤,刘建民(2011). 水下模块化自重构机器人对接导引. 《海洋工程》.
  113. 衣瑞文,张宝军,吴超,李文涛,葛彤(2011). 堆内构件检测ROV设计与实现. 《海洋工程》.
  114. Hui Yan, Tong Ge, Jiawang Li, Qiang Wang (2011). Prediction of mode and static stability of negative buoyancy vehicle. Chinese Control and Decision Conference (CCDC).DOI
  115. 谢小龙,衣瑞文,杨德庆,葛彤,李志敏(2010). 深海无人遥控潜水器耐压电子舱结构设计与分析. 《海洋工程》.
  116. 李文涛,葛彤(2010). 挖沟机相关技术进展. 《船海工程》.
  117. Tong Ge (2010). A Review of the Development of Popular Technology for Pipeline and Cable Burial. Ship & Ocean Engineering.
  118. Chao Wu, Qiang Wang, Hui Yan, Jianmin Liu, Guang-jiao Zhuang, Tong Ge (2010). Practicability Research and Design of the Underwater Plane. International Conference on Ocean, Offshore and Arctic Engineering (OMAE).DOI
  119. Chao Wu, Tong Ge, Lian Lian (2008). USS - An Underwater Self-reconfigurable System.DOI
  120. 高仁云,吴超,葛彤(2007). 水下分散自重构机器人硬件设计. 《机器人》.
  121. Tong Ge (2007). Hardware Design of an Underwater Self-reconfigurable Robot. Robot.
  122. 王中华,葛彤,朱继懋(2006). ROV虚拟监控和动力定位系统软件分析与设计. 《海洋工程》.
  123. 方志远,葛彤,连琏(2006). 潜水器控制系统层次故障诊断模型设计. 《海洋工程》.
  124. 张瑾,连琏,葛彤(2006). 潜艇近水面运动鲁棒控制及仿真研究. 《海洋工程》.
  125. 郝俊,连琏,葛彤(2006). 基于层次模型定量推理机制的潜水器故障诊断系统设计. 《海洋工程》.
  126. 王中华,葛彤,朱继懋(2006). ROV动力定位系统控制时序与逻辑设计. 《海洋工程》.
  127. 杨洪刚,连琏,葛彤(2006). 水下运载器外挂负载的系统测试方案及仿真. 《海洋工程》.
  128. 吴超,葛彤(2006). 拖曳式海底电缆埋设系统作业监测与导航. 《船海工程》.
  129. 高仁云,葛彤(2006). 水下干式管道维修系统综合监控软件设计. 《上海海事大学学报》.
  130. 冯俊梅,连琏,王中华,葛彤(2006). 基于Vega的水下运载器视景仿真技术. 《实验室研究与探索》.
  131. 蒋泽勇,葛彤,李长春(2006). 海底管线维修干式舱作业控制与监测. 《石油机械》.
  132. Tong Ge (2006). System testing plan and simulation of the load hung outside the underwater vehicle. Ocean Engineering.
  133. Tong Ge (2006). Integrated quantitative reasoning mechanism of fault detection and diagnosis at different hierarchies of underwater vehicles. Ocean Engineering.
  134. Tong Ge (2006). Monitor and navigation for the towed underwater cable burying system. Ship & Ocean Engineering.
  135. 冯俊梅,连琏,葛彤(2005). 潜艇操纵控制方法的现状与发展. 《海洋工程》.
  136. 徐雪松,葛彤,朱继懋(2005). 模块化自重构机器人最优构形拓扑转换. 《上海交通大学学报》.
  137. 王中华,葛彤,朱继懋(2005). UML在3500mROV远程监控系统中的应用. 《船海工程》.
  138. 葛彤,虞苏芳,连琏,朱继懋(2005). 浅海管线检测维修潜水器控制系统自航模试验. 《海洋工程》.
  139. 苏一华,葛彤,连琏(2005). 水下分散自重构模块的硬件设计. 《船海工程》.
  140. 王中华,葛彤,朱继懋(2005). Vega虚拟环境避碰技术在潜水器仿真中的应用. 《系统仿真学报》.
  141. Tong Ge, Zhengping Feng, YU Su-fang, Jimao Zhu, Rongqing Tang (2005). Design and self-propelled model test of the control system of a manned underwater vehicle. International Conference on Control and Automation.DOI
  142. 田海涛,葛彤(2004). 海底管线检修潜水器垂直面控制及自航模试验. 《海洋工程》.
  143. 葛彤,徐雪松,蔡少茹(2004). 水下分散自重构系统设计. 《机器人》.
  144. Tong Ge (2004). Vertical pitch control and self-propelled model test of the underwater vehicle for pipeline detection and maintenance. Ocean Engineering.
  145. 葛彤(2003). 构形冗余概念及传感器系统冗余综合评估与配置(英文). 《自动化学报》.
  146. Tong Ge (2003). The Concept of Configuration Redundancy and Integrated Evaluation and Disposition of Redundancy in Sensor Systems.
  147. 蔡少茹,葛彤,连琏(2002). “海底管线检修潜水器”管线位置信息重构及其自航模试验. 《海洋工程》.
  148. Tong Ge, Jimao Zhu (2002). A rapid reconfiguration strategy for UUV control.DOI
  149. 汪淳,葛彤,朱继懋(2001). 一种新型潜水装置的水动力特性分析. 《上海交通大学学报》.
  150. Lian Lian, Dongchang Sun, Ge Tong (2001). The design of a manned vehicle for subsea pipeline/cable inspection and maintenance.DOI
  151. 葛彤,冯正平,朱继懋(2000). 分段重构控制策略. 《自动化学报》.
  152. Yi Hong, Changchun Li, Min Xu, Tong Ge, Ma Yao (2000). Huaman Reliability Analysis on Ship Power System Control Room Design. Proceedings of the Human Factors and Ergonomics Society Annual Meeting.DOI
  153. Yi Hong, Zhang Yufang, Wang Jiangbo, Tong Ge, Longxiang Zhou (2000). Design & Evaluation of HCI in Subsea Pipeline Examine & Repair System. Proceedings of the Human Factors and Ergonomics Society Annual Meeting.DOI
  154. 葛彤,邓建华(1997). 组合概率信息的复杂动态系统层次故障检诊方法. 《自动化学报》.DOI
  155. 葛彤,朱继懋(1997). 控制冗余和控制可重构舰艇. 《上海交通大学学报》.

书籍章节

  1. Ke Yang, Xu Yang Wang, Tong Ge, Chao Wu (2012). Kane’s Approach to Modeling Underwater Snake-Like Robot. Lecture notes in electrical engineering.DOI
  2. Jiawang Li, Tong Ge, Xuyang Wang (2011). Output Feedback Control for an Active Heave Compensation System. Lecture notes in electrical engineering.DOI

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