Design and Implementation of Adaptive MAC Framework for UAV Ad Hoc Networks. - Weijun Wang 001; Chao Dong 001; Hai Wang 007; Anzhou Jiang (MSN, 2016)

A packet-based load balancing scheme for network coding in tactical heterogeneous wireless networks. - Jiejie Xie; Chao Dong 001; Hai Wang 007; Weijun Wang 001 (WCSP, 2016)

DFRA: Demodulation-free random access for UAV ad hoc networks. - Weijun Wang 001; Chao Dong 001; Sen Zhu; Hai Wang 007 (ICC, 2017)

Optimal Deployment Density for Maximum Coverage of Drone Small Cells. - Jiejie Xie; Chao Dong 001; Aijing Li; Hai Wang 007; Weijun Wang 001 (VTC Fall, 2017)

Heterogeneous Wireless Charger Placement with Obstacles. - Xiaoyu Wang 004; Haipeng Dai 001; Weijun Wang 001; Jiaqi Zheng 001; Guihai Chen; Wanchun Dou; Xiaobing Wu (ICPP, 2018)

面向无人机自组网编队控制的通信组网技术 (Communication and Networking Techniques for Formation Control in UAV Ad Hoc Networks). - Xiao Cheng 003; Chao Dong 001; Guihai Chen; Weijun Wang 001; Haipeng Dai 001 (计算机科学, 2018)

PANDA: Placement of Unmanned Aerial Vehicles Achieving 3D Directional Coverage. - Weijun Wang 001; Haipeng Dai 001; Chao Dong 001; Xiao Cheng 003; Xiaoyu Wang 004; Guihai Chen; Wanchun Dou (INFOCOM, 2019)

VISIT: Placement of Unmanned Aerial Vehicles for Anisotropic Monitoring Tasks. - Weijun Wang 001; Haipeng Dai 001; Chao Dong 001; Fu Xiao 001; Xiao Cheng 003; Guihai Chen (SECON, 2019)

Practical Heterogeneous Wireless Charger Placement with Obstacles. - Xiaoyu Wang 004; Haipeng Dai 001; Weijun Wang 001; Jiaqi Zheng 001; Nan Yu; Guihai Chen; Wanchun Dou; Xiaobing Wu (IEEE Trans. Mob. Comput., 2020)

Placement of Unmanned Aerial Vehicles for Directional Coverage in 3D Space. - Weijun Wang 001; Haipeng Dai 001; Chao Dong 001; Xiao Cheng 003; Xiaoyu Wang 004; Panlong Yang; Guihai Chen; Wanchun Dou (IEEE/ACM Trans. Netw., 2020)

Poster: A Real-time Social Distance Measurement and Record System for COVID-19. - Weijun Wang 001; Tingting Yuan 001; Minghao Han; Meng Li 010; Han Zhang; Yu Ma; Sripriya Srikant Adhatarao; Xiaoming Fu 001 (EWSN, 2021)

SRUF: Low-Latency Path Routing with SRv6 Underlay Federation in Wide Area Network. - Bangbang Ren; Deke Guo; Guoming Tang; Weijun Wang 001; Lailong Luo; Xiaoming Fu 001 (ICDCS, 2021)

PEACE: Towards Optimizing Monitoring Utility of Unmanned Aerial Vehicles with Adverse Effect Constraints. - Jingwu Wang; Weijun Wang 001; Haipeng Dai 001; Lanlan Li; Guihai Chen (CBD, 2022)

Towards Exploiting Stakeholder Resources for Data-Driven Resilient Hazard Management. - Xiaoming Fu 001; Tingting Yuan 001; Weijun Wang 001; Fabian Wölk; Günter Strunz (ICDCS Workshops, 2022)

VSiM: Improving QoE Fairness for Video Streaming in Mobile Environments. - Yali Yuan; Weijun Wang 001; Yuhan Wang; Sripriya Srikant Adhatarao; Bangbang Ren; Kai Zheng 003; Xiaoming Fu 001 (INFOCOM, 2022)

DUET: Joint Deployment of Trucks and Drones for Object Monitoring. - Lihao Wang; Weijun Wang 001; Haipeng Dai 001; Jiaqi Zheng 001; Bangbang Ren; Shuyu Shi; Rong Gu (IWQoS, 2022)

DARPA: Deployment of UAVs for Polygonal Sizable Object Surveillance. - Haipeng Dai 001; Xuzhen Lin; Jiaqi Zheng 001; Yuben Qu; Weijun Wang 001; Shuyu Shi; Chi Lin 001; Wanchun Dou (SECON, 2022)

Placing Wireless Chargers with Multiple Antennas. - Haipeng Dai 001; Yue Zhao; Weijun Wang 001; Rong Gu; Yuben Qu; Chi Lin 001; Lijie Xu; Wanchun Dou (SECON, 2022)

Shooting Utility Maximization in UAV-Assisted Wireless Camera Sensor Networks. - Yulei Wu; Simeng Feng; Chao Dong 001; Weijun Wang 001 (Sensors, 2022)

Deployment of Unmanned Aerial Vehicles for Anisotropic Monitoring Tasks. - Weijun Wang 001; Haipeng Dai 001; Chao Dong 001; Fu Xiao 001; Jiaqi Zheng 001; Xiao Cheng 003; Guihai Chen; Xiaoming Fu 001 (IEEE Trans. Mob. Comput., 2022)

Optimal Deployment of SRv6 to Enable Network Interconnection Service. - Bangbang Ren; Deke Guo; Yali Yuan; Guoming Tang; Weijun Wang 001; Xiaoming Fu 001 (IEEE/ACM Trans. Netw., 2022)

CoTask: Correlation-aware task offloading in edge computing. - Yuben Qu; Haipeng Dai 001; Lihao Wang; Weijun Wang 001; Fan Wu 006; Haisheng Tan; Shaojie Tang 001; Chao Dong 001 (World Wide Web, 2022)

Efficient Online Edge Learning for UAV Object Detection via Adaptive Batch Size Fitting. - Feiyu Wu; Yuben Qu; Weijun Wang 001; Chao Dong 001; Yuqian Jing; Lei Zhang 038; Qihui Wu 001 (BIGCOM, 2023)

AccDecoder: Accelerated Decoding for Neural-enhanced Video Analytics. - Tingting Yuan 001; Liang Mi; Weijun Wang 001; Haipeng Dai 001; Xiaoming Fu 001 (INFOCOM, 2023)

An Experimental Study of DNN Operator-Level Performance on Edge Devices. - Hao Sun; Yuben Qu; Weijun Wang 001; Chao Dong 001; Lei Zhang 038; Qihui Wu 001 (SmartIoT, 2023)

Serving MoE Models on Resource-constrained Edge Devices via Dynamic Expert Swapping. - Rui Kong; Yuanchun Li; Qingtian Feng; Weijun Wang 001; Linghe Kong; Yunxin Liu 001 (CoRR, 2023)

Server Placement for Edge Computing: A Robust Submodular Maximization Approach. - Yuben Qu; Lihao Wang; Haipeng Dai 001; Weijun Wang 001; Chao Dong 001; Fan Wu 006; Song Guo 001 (IEEE Trans. Mob. Comput., 2023)

SAFE: Service Availability via Failure Elimination Through VNF Scaling. - Rui Xia; Haipeng Dai 001; Jiaqi Zheng 001; Rong Gu; Xiaoyu Wang 004; Weijun Wang 001; Guihai Chen (IEEE/ACM Trans. Netw., 2023)

SwapMoE: Serving Off-the-shelf MoE-based Large Language Models with Tunable Memory Budget. - Rui Kong; Yuanchun Li; Qingtian Feng; Weijun Wang 001; Xiaozhou Ye; Ye Ouyang; Linghe Kong; Yunxin Liu 001 (ACL (1), 2024)

BiSwift: Bandwidth Orchestrator for Multi-Stream Video Analytics on Edge. - Lin Sun; Weijun Wang 001; Tingting Yuan 001; Liang Mi; Haipeng Dai 001; Yunxin Liu 001; Xiaoming Fu 001 (INFOCOM, 2024)

Personal LLM Agents: Insights and Survey about the Capability, Efficiency and Security. - Yuanchun Li; Hao Wen 004; Weijun Wang 001; Xiangyu Li; Yizhen Yuan; Guohong Liu 002; Jiacheng Liu; Wenxing Xu; Xiang Wang; Yi Sun; Rui Kong; Yile Wang 001; et al. (CoRR, 2024)

LoRA-Switch: Boosting the Efficiency of Dynamic LLM Adapters via System-Algorithm Co-design. - Rui Kong; Qiyang Li; Xinyu Fang; Qingtian Feng; Qingfeng He; Yazhu Dong; Weijun Wang 001; Yuanchun Li; Linghe Kong; Yunxin Liu 001 (CoRR, 2024)

V-LoRA: An Efficient and Flexible System Boosts Vision Applications with LoRA LMM. - Liang Mi; Weijun Wang 001; Wenming Tu; Qingfeng He; Rui Kong; Xinyu Fang; Yazhu Dong; Yikang Zhang; Yunchun Li; Meng Li 010; Haipeng Dai 001; Guihai Chen; et al. (CoRR, 2024)

Joint Optimization of QoE and Fairness for Adaptive Video Streaming in Heterogeneous Mobile Environments. - Yali Yuan; Weijun Wang 001; Yuhan Wang; Sripriya Srikant Adhatarao; Bangbang Ren; Kai Zheng 003; Xiaoming Fu 001 (IEEE/ACM Trans. Netw., 2024)

Placing Wireless Chargers With Multiple Antennas. - Haipeng Dai 001; Yikang Zhang; Weijun Wang 001; Rong Gu; Yuben Qu; Chi Lin 001; Lijie Xu; Jiaqi Zheng 001; Wanchun Dou; Guihai Chen (IEEE Trans. Mob. Comput., 2024)

Accelerated Neural Enhancement for Video Analytics With Video Quality Adaptation. - Liang Mi; Tingting Yuan 001; Weijun Wang 001; Haipeng Dai 001; Lin Sun; Jiaqi Zheng 001; Guihai Chen; Xiaoming Fu 001 (IEEE/ACM Trans. Netw., 2024)

Joint Deployment of Truck-Drone Systems for Camera-Based Object Monitoring. - Lihao Wang; Weijun Wang 001; Haipeng Dai 001; Yuben Qu; Jiaqi Zheng 001; Rong Gu; Guihai Chen; Xiaoming Fu 001 (IEEE Trans. Mob. Comput., 2024)

Empower Vision Applications with LoRA LMM. - Liang Mi; Weijun Wang 001; Wenming Tu; Qingfeng He; Rui Kong; Xinyu Fang; Yazhu Dong; Yikang Zhang; Yuanchun Li; Meng Li 010; Haipeng Dai 001; Guihai Chen; et al. (EuroSys, 2025)

Region-based Content Enhancement for Efficient Video Analytics at the Edge. - Weijun Wang 001; Liang Mi; Shaowei Cen; Haipeng Dai 001; Yuanchun Li; Xiaoming Fu 001; Yunxin Liu 001 (NSDI, 2025)

Optimizing Monitoring Utility of Uncrewed Aerial Vehicles Considering Adverse Effects. - Haihan Zhang; Haipeng Dai 001; Yu Qiu; Enze Yu; Ruiben Zhou; Weijun Wang 001; Jingwu Wang; Guihai Chen (IEEE Trans. Mob. Comput., 2025)

Serving MoE Models on Resource-Constrained Edge Devices via Dynamic Expert Swapping. - Rui Kong; Yuanchun Li; Weijun Wang 001; Linghe Kong; Yunxin Liu 001 (IEEE Trans. Computers, 2025)