代表性科研论文 [1] Haiyan Tong*(第一作及通信作). Global fixed-time position-constrained guidance and adaptive fuzzy prescribed performance control using novel shift function for multiple unmanned surface vehicles formation. ISA Transactions. Vol.160, pp.58-71, 2025. (SCI检索, 中科院分区Q1 Top, 2025年IF:6.5.) [2] Haiyan Tong*(第一作及通信作). Fixed-time constrained adaptive fuzzy formation control using novel shift function and fractional nonlinear mapping function for multiple unmanned surface vehicles with fixed-time constraints. Ocean Engineering, Vol.321, pp.120404, 2025. (SCI检索, 中科院分区Q2 Top, 2025年IF:5.5) [3] Haiyan Tong*(第一作及通信作). Global finite-time guidance algorithm and constrained formation control using novel nonlinear mapping function for underactuated multiple unmanned surface vehicles. Ocean Engineering. 2024. (SCI, 中科院分区Q1,2024年IF:4.6) [4] Haiyan Tong*(第一作及通信作). Constrained control using novel nonlinear mapping for underactuated unmanned surface vehicles with unknown sideslip angle. ISA Transactions. Vol.141, pp.261-275, 2023. (SCI检索, 中科院分区: Q1 Top,2023年IF:7.3) [5] Haiyan Tong*(第一作及通信作). An adaptive error constraint line-of-sight guidance and finite-time backstepping control for unmanned surface vehicles. Ocean Engineering, Vol.285, pp.115298, 2023. (SCI检索, 中科院分区: Q1 Top, 2023年IF:5.0) [6] Haiyan Tong*(通信作). Line-of-sight guidance law for path following of amphibious hovercrafts with big and time-varying sideslip compensation. Ocean Engineering. Vol.172, pp.531-540. (SCI, 中科院分区Q1 Top, 2019年IF:3.2) [7]佟海艳*(通信作),带侧滑角补偿的气垫船路径跟踪LOS导引算法,哈尔滨工程大学学报,2021. (EI检索, 中文核心) [8] Haiyan Tong*(第一作及通信作). Global fixed-time prescribed performance control using exponential shift function for multiple unmanned surface vehicles formation,第37届中国控制与决策会议,中国-厦门 (CCDC), 2025. ( EI国际会议) [9] Haiyan Tong(第一作). HGESO-based disturbance rejection path following control for underactuated hovercrafts, IEEE Oceans, 新加坡, global 2020. (EI国际会议) [10] Haiyan Tong*(通信作). Second order nonsingular terminal sliding mode control with extended state observer for course control of air cushion vehicle. IEEE Oceans. September 18-21, 2017, 美国-芝加哥. (EI国际会议) |