Shihao Xie

University of Naples Federico II, University College Dublin

Papers

Total Citations

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About

Shihao Xie is a researcher focused on the cutting-edge intersection of control theory and complex network systems. His primary research areas include distributed control, disturbance rejection in nonlinear networks, and the management of time-varying communication delays. Xie’s major contribution is the development of a novel **multiplex architecture** for designing scalable control protocols. This approach effectively decouples the tasks of achieving network consensus and rejecting disturbances, allowing for robust performance even in large-scale, leaderless or leader-follower networks. His 2024 paper, "A Multiplex Approach Against Disturbance Propagation in Nonlinear Networks With Delays," provides critical sufficient conditions for convergence under these challenging conditions. Complementing this, his 2022 work on "scalable networks rejecting first order disturbances" specifically addresses how to handle polynomial disturbance components using the same multiplex framework. While his most-cited works are recent (2022-2024), they are foundational for building resilient, next-generation networked systems, from autonomous vehicle platoons to smart grids. Xie’s work is essential reading for any student or researcher tackling the problem of making large, delayed, and disturbed networks both stable and high-performing.