Wente Zeng

Papers

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About

Dr. Wente Zeng is a leading researcher in the secure control of distributed networked control systems (D-NCS), with a focus on safeguarding critical infrastructure from cyber threats. Her work addresses the vulnerability of large-scale networks—such as electric power grids and transportation systems—where compromised nodes can disrupt distributed control algorithms. Dr. Zeng’s most influential contribution is the development of a reputation-based secure distributed control methodology, introduced in her 2014 paper (52 citations), which enables multirobot systems to identify and isolate misbehaving agents, ensuring robust consensus despite attacks. Her earlier 2012 paper (14 citations) laid the groundwork for this approach, analyzing how malicious nodes can gradually compromise entire networks. By integrating trust metrics into distributed control, Dr. Zeng has advanced the resilience of cyber-physical systems, offering practical solutions for real-world deployments. Her work is widely cited by researchers in control theory, robotics, and cybersecurity, highlighting its interdisciplinary impact. Dr. Zeng’s research continues to shape the design of secure, fault-tolerant autonomous systems, making her a key figure in the field of secure distributed control.