PCSR: A Low-Latency Routing Protocol for Polymorphic Networks in Real-Time Embodied AI. - Yingpu Nian; Bo Yi 002; Zhi Wang 029; Yuan Yang 001; Xingwei Wang 001; Keqin Li 001 (ICPADS, 2025)

Graph convolutional networks and deep reinforcement learning for intelligent edge routing in IoT environment. - Zhi Wang 029; Bo Yi 002; Saru Kumari; Chien-Ming Chen 001; Mohammed J. F. Alenazi (Comput. Commun., 2025)

Graph Neural Network With Soft Actor-Critic and Attention-Based Large Model for Intelligent Edge Routing in Consumer Internet of Things. - Zhi Wang 029; Tao Gong; Shu Hui Huang (IEEE Trans. Consumer Electron., 2025)

Deep-Reinforcement-Learning-Based Multiobjective Optimization for Carbon Intelligent IIoT-Enabled Healthcare Buildings. - Xueying Tang; Bo Yi 002; Zhi Wang 029; Mohammad Tabrez Quasim; Shakila Basheer; Bing Liang (IEEE Internet Things J., 2025)

Deep-Learning-Driven Dynamic Demand Forecasting for Emergency Medical Supplies in AIoT-Enabled Green Supply Chain Systems. - Bing Liang; Bo Yi 002; Zhi Wang 029; Xueying Tang (IEEE Internet Things J., 2025)

Gaussian Process Regression-Based Traffic Prediction and Rate Coordination for Service Chain Congestion Mitigation. - Zhi Wang 029; Bo Yi 002; Qiang He 002; Xingwei Wang 001; Yingpu Nian; Xiaoshi Song; Keqin Li 001 (IEEE Syst. J., 2025)

Intelligent orchestration of AI service chains in wireless edge networks. - Tao Gong; Shu Hui Huang; Zhi Wang 029; Bo Yi 002; Saru Kumari; Chien-Ming Chen 001; Jianhui Lv (Comput. Commun., 2026)

SFTRAP: Satisfying Fidelity Threshold Routing and Adaptive Purification for Throughput Maximum in Quantum Network. - Zhi Wang 029; Tao Gong; Yingpu Nian; Bo Yi 002; Xingwei Wang 001; Xinhao Zhou; Jianhui Lv; Geyong Min; Keqin Li 001 (IEEE Trans. Commun., 2026)

XAForward: Accelerating Distributed Large-Scale Language Model Training Through Fast eXpress Data Path. - Yingpu Nian; Xiang Jia; Baishun Zhou; Zhi Wang 029; Bo Yi 002; Xinhao Zhou; Haodong Li; Yuan Yang 001; Xingwei Wang 001; Geyong Min; Keqin Li 001 (IEEE Trans. Netw. Serv. Manag., 2026)

Deep Learning-Driven Behavioral Modeling in IoST for Mental Health Monitoring and Intervention. - Jialin Li; Muhammad Azeem Akbar; Syed Hassan Ahmed; Zhi Wang 029; Jing Yang 055 (IEEE Trans. Comput. Soc. Syst., 2026)