NIULAB
Network Intelligence for Ubiquitous Linkage and Broadband, Tsinghua University
NIULAB focuses on network intelligence, ubiquitous connectivity, and broadband wireless systems, advancing fundamental theory and real-world applications for 6G and beyond.
Research Themes
Advancing Network Intelligence for 6G and Beyond
Theme 01Edge Intelligence
Bringing AI capabilities to the network edge through efficient inference, federated learning, and cloud-edge-end collaboration for intelligent wireless systems.
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Theme 02Vehicular & Autonomous Systems
Enabling cooperative autonomous driving through collaborative perception, V2X communications, and intelligent vehicular networks.
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Theme 03Low-Altitude Intelligent Networks
Designing cellular-connected drone networks with intelligent coverage, mobility management, and UAV-assisted communication.
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Theme 04AI-Native Networking
Architecting next-generation networks with native AI capabilities for autonomous network management and intelligent resource optimization.
Learn moreTheme 05Green Wireless Systems
Developing energy-efficient wireless communication technologies and green edge intelligence for sustainable network evolution.
Learn morePeople
Our team of researchers driving innovation in network intelligence
Faculties
2
Ph.D. Students
11
Baokang Fan
Autonomous Networked Systems
Multi-Agent Collaboration
Bowen Xie
Low-Altitude Intelligent Networks
AI for Network
Jintao Yan
Federated Learning
Continual Learning
Jialin Dong
Speculative Decoding
Cloud-Edge-End Collaboration
Yunchu Han
Mobile Edge Computing
Green Edge Intelligence
Ziyi Song
Collaborative Perception
Cooperative Autonomous Driving
Jiawen Zhang
Low-Altitude Intelligent Networking
Collaborative Perception (V2X)
Wencheng Yan
AI for Networking
Edge Intelligence
Xiankun Zeng
Low-Altitude Intelligent Networks
AI for Communication
Hang Yu
Collaborative Perception
Cooperative Autonomous Driving
Zeyi Ren
AI/ML in RAN
Spatial Intelligence
Master Students
6
Chenbing Wang
Wireless Communication
Binrui Xu
Intent-Driven System Design
Autonomous Networked Systems
Yinsong Wang
Multi-Agent Cooperative Perception
Sim2Real Adaptation in V2X Autonomous Driving
Yilin Zhao
Active Perception and Autonomous Knowledge Acquisition
Adaptive Reasoning and Real-Time Decision-Making
Eunsang Lee
Low-Altitude Network
Cellular Connected Drone Network
Vardan Vardanyan
collaborative perception in autonomous driving
Selected Publications
Conference Papers
2024
[IEEE Wireless Commun.]
"RSU-Aided Energy-Efficient Collaborative Perceptionfor Connected Autonomous Vehicles"
,
in IEEE Wireless Communications,
2024
[IEEE VTC]
"Infrastructure-Assisted Collaborative Perceptionin Automated Valet Parking: ASafety Perspective"
,
in IEEE Vehicular Technology Conference,
2024
[IEEE WCNC]
"CPU-Utilization-Aware Scheduling for In-Vehicle Distributed Computing"
,
in IEEE Wireless Communications and Networking Conference (WCNC),
2024
2023
[ITC]
"Data-heterogeneous hierarchical federated learning with mobility"
,
in 35th International Teletraffic Congress (ITC-35),
2023
[IEEE VTC]
"MoRFF:Multi-View Object Detection for Connected Autonomous Drivingunder Communicationand Localization Limitations"
,
in IEEE Vehicular Technology Conference,
2023
[IEEE ICC]
", MOB-FL:Mobility-Aware Federated Learningfor Intelligent Connected Vehicles"
,
in IEEE International Conference on Communications,
2023
2022
[IEEE ICC]
"Online V2X Scheduling for Raw-Level Cooperative Perception"
,
in IEEE International Conference on Communications,
2022
Journal Articles
2026
[IEEE TMC]
"Robust DNN Partitioning and Resource Allocation Under Uncertain Inference Time"
,
in IEEE Transactions on Mobile Computing,
2026
2025
[China Comm.]
"Agile Coverage for Low-Altitude Aerial Intelligent Networks: A Blended Hyper-Cellular Solution"
,
in China Communications,
2025
[IEEE TWC]
"Dynamic Scheduling for Vehicle-to-Vehicle Communications Enhanced Federated Learning"
,
in IEEE Transactions on Wireless Communications,
2025
PDF
[IEEE TMC]
"FedCGD: Collective Gradient Divergence Optimized Scheduling for Wireless Federated Learning"
,
in IEEE Transactions on Mobile Computing,
2025
PDF
2024
[IEEE TMC]
"QMNet: Importance-Aware Message Exchange for Decentralized Multi- Agent Reinforcement Learning"
,
in IEEE Transactions on Mobile Computing,
2024
[IEEE TVT]
"MASS:Mobility-Aware Sensor Schedulingof Coopera- tive Perceptionfor Connected Automated Driving"
,
in IEEE Transactions on Vehicular Technology,
2024
[IEEE T-ITS]
"Energy-Efficient Collaborative Percep- tion: ABlock-SkippingDNNApproachwith Dynamic Frequency Scalingand Environment Aware- ness"
,
in IEEE Transactions on Intelligent Transportation Systems,
2024
[IEEE Network]
"Collaborative Perception Oriented Wireless Com- municationsfor Intelligent Unmanned Systems"
,
in IEEE Network,
2024
[IEEE TVT]
"C-MASS: Combinatorial Mobility-Aware Sensor Schedulingfor Collaborative Perceptionwith Second-Order Topology Approximation"
,
in IEEE Transactions on Vehicular Technology,
2024
2023
[IEEE Commun. Mag.]
"MEET: Mobility-Enhanced Edge inTelligence for Smart and Green 6G Networks"
,
in IEEE Communications Magazine,
2023
No publications found matching your criteria.
Contact & Notes
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Room 9-101, FIT Building
Department of Electronic Engineering
Tsinghua University, Beijing 100084, China
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