Yutao Tang

Shanghai 

Yutao Tang (唐于涛)
Professor, Ph.D.
School of Intelligent Engineering and Automation
Beijing University of Posts and Telecommunications

Office: Innovation Building 307
Email: yttang@bupt.edu.cn
Official page: http://teacher.bupt.edu.cn/yttang

Research Interests

Nonlinear Systems and Control;  Distributed Decision-making and Control;  Machine Learning; Robotics

Recent News

  • Conference paper co-authored with X. Zheng, Y. Zhang, and C. Hu on distributed online game accepted by the 14th Asian Control Conference, April 20, 2024: Online Nash equilibrium seeking with time-varying payoff functions.

  • Conference paper co-authored with Z. Jiang, C. Xu, and Y. Zhang on distributed optimization accepted by the 43rd Chinese Control Conference, April 1, 2024: Minimization of finite sums with disturbed gradients.

  • Journal paper co-authored with Y. Zhang, Z. Tu, and Y. Hong on distributed algorithms for solving variational inequalities accepted by Control Theory and Technology, December 13, 2023: Distributed algorithm for solving variational inequalities over time-varying unbalanced digraphs.

  • Presentation on hierachical design method for multi-agent optimal coordination problem at the 7th Symposium of Chinese Nonlinear Systems and Control, October 27, 2023.

  • Online presentation on distributed decision-making and control at the 44th AI forum of BUPT, October 25, 2023.

  • Journal paper co-authored with R. Li, Y. Zhang, and S. Li on positive consensus accepted by Journal of the Franklin Institute, October 6, 2023: Observer-based leader-following consensus for positive multi-agent systems over time-varying graphs.

  • A new book (in Chinese) entitled “Optimal Consensus Algorithms for Uncertain High-order Multi-agent Systems” published by BUPT Press, August, 2023.

  • Conference paper co-authored with Y. Zhang on variational inequalities accepted by the 8th International Conference on Network Intelligence and Digital Content (IC-NIDC), July 6, 2023: Distributed projection algorithm for solving variational inequalities