I am currently a second-year postgraduate student majoring in Transportation Information Engineering and Control at the School of Electrical Engineering, Dalian Jiaotong University. My research interests include robot navigation, path planning, multi-robot systems, intelligent control, and artificial intelligence.
Under the supervision of Professor Huajun Dong, I am collaborating with senior researchers Zhaoyu Ku, Xuanyu Xing, and Tianhao Wang on a research project concerning task allocation for multi-scenario intelligent AI charging robots. My current work mainly focuses on multi-robot task allocation, robot navigation, path planning, scheduling strategies, and intelligent optimization methods.
Through my postgraduate studies and research training, I have developed a strong interest in exploring artificial intelligence and intelligent optimization techniques to robotic systems. I also place great importance on algorithm implementation, simulation, and experimental validation.
In the future, I intend to continue conducting in-depth research on robot navigation, path planning, multi-robot coordination, intelligent task allocation, and artificial intelligence, with the goal of developing efficient and reliable methods for real-world autonomous robotic systems.
I am currently a second-year postgraduate student majoring in Transportation Information Engineering and Control at the School of Electrical Engineering, Dalian Jiaotong University. My research interests include robot navigation, path planning, multi-robot systems, intelligent control, and artificial intelligence.
Under the supervision of Professor Huajun Dong, I am collaborating with senior researchers Zhaoyu Ku, Xuanyu Xing, and Tianhao Wang on a research project concerning task allocation for multi-scenario intelligent AI charging robots. My current work mainly focuses on multi-robot task allocation, robot navigation, path planning, scheduling strategies, and intelligent optimization methods.
Through my postgraduate studies and research training, I have developed a strong interest in exploring artificial intelligence and intelligent optimization techniques to robotic systems. I also place great importance on algorithm implementation, simulation, and experimental validation.
In the future, I intend to continue conducting in-depth research on robot navigation, path planning, multi-robot coordination, intelligent task allocation, and artificial intelligence, with the goal of developing efficient and reliable methods for real-world autonomous robotic systems.