Mingyu Pang - researchr alias

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Viewing Publication 1 - 9 from 9

2026

Differentially Private Personalized Federated Learning Based on Parameter PartitioningMingyu Pang, Yongqiang Gao, Yongmei Liu, Hualong Cui. tccn, 12:7474-7489, 2026. [doi]

ADP-based dynamic event-triggered fault-tolerant control for nonlinear systems with actuator failures and full-state time-varying constraintsChunbin Qin, Mingyu Pang, Zhongwei Wang, Suyang Hou, Qian Qiu. cnsns, 157:109676, 2026. [doi]

Event-Triggered Zero-Sum Game for Input Saturated Nonlinear Systems With State ConstraintsChunbin Qin, Mingyu Pang, Zhongwei Wang, Suyang Hou, Dehua Zhang. tce, 72(1):455-465, February 2026. [doi]

Mixed zero-sum game based dynamic event-triggered optimal control of multi-input nonlinear system with safety constraintsChunbin Qin, Zhongwei Wang, Suyang Hou, Mingyu Pang, Guanghui Wang, Ying Wang, Jishi Zhang, Xin Wang. cnsns, 152:109376, 2026. [doi]

2025

FedOCP-LRAT: A Rehearsal-Free Federated Continual Learning Framework via Orthogonal Compensation and Low-Rank Alternating Training for Medical Image Continual ClassificationHualong Cui, Yongqiang Gao, Yongmei Liu, Mingyu Pang. bibm 2025: 3519-3522 [doi]

Rehearsal-Free Federated Continual Learning: An Orthogonal Projection ApproachHualong Cui, Yongqiang Gao, Yongmei Liu, Mingyu Pang. SMC 2025: 2399-2404 [doi]

Observer based fault tolerant control design for saturated nonlinear systems with full state constraints via a novel event-triggered mechanismChunbin Qin, Mingyu Pang, Zhongwei Wang, Suyang Hou, Dehua Zhang. eaai, 161:112221, 2025. [doi]

Reinforcement learning-based secure tracking control for nonlinear interconnected systems: An event-triggered solution approachChunbin Qin, Suyang Hou, Mingyu Pang, Zhongwei Wang, Dehua Zhang. eaai, 161:112243, 2025. [doi]

2019

Fault Overload Control Method for High-Proportion Wind Power Transmission Systems Based on Emergency Acceleration of Doubly-Fed Induction GeneratorJinxin Ouyang, Zhen Zhang, Ting Tang, Mingyu Pang, Mengyang Li, Di Zheng. access, 7:32874-32883, 2019. [doi]

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