Feedback Control-Based QoS Guarantees in Web Application Servers. - Wenping Pan; Dejun Mu; Hangxing Wu; Lei Yao (HPCC, 2008)

Feedback Control-Based Database Connection Management for Proportional Delay Differentiation-Enabled Web Application Servers. - Wenping Pan; Dejun Mu; Hangxing Wu; Xinjia Zhang; Lei Yao (NPC, 2008)

An efficient and fair explicit congestion control protocol for high bandwidth-delay product networks. - Hangxing Wu; Fengyuan Ren; Dejun Mu; Xianwu Gong (Comput. Commun., 2009)

Analysis of efficient and fair explicit congestion control protocol with feedback delay: Stability and convergence. - Hangxing Wu; Fengyuan Ren; Wenping Pan; Yadong Zhai (Comput. Commun., 2010)

Improving the convergence time of DCTCP to reduce the completion time of short flows: a congestion window-based method. - Hangxing Wu; Hongbin Wang; Yadong Wan; Ming Zhang (IET Networks, 2017)

A universal QoS scheme for web applications. - Hangxing Wu; Hongbing Wang; Min Zhang (Int. J. Commun. Syst., 2017)

CWND: A Coarse, But Simple, Efficient Metric to Reduce Short Flow Completion Time in Data Centers. - Hangxing Wu; Fadi Farha; Tao Hong 004; Yang Xu 013; Tao Zhang 048 (IEEE Access, 2019)

A Novel Framework for Mobile-Edge Computing by Optimizing Task Offloading. - Abdenacer Naouri; Hangxing Wu; Nabil Abdelkader Nouri; Sahraoui Dhelim; Huansheng Ning (IEEE Internet Things J., 2021)

Improved Reinforcement Learning Using Stability Augmentation With Application to Quadrotor Attitude Control. - Hangxing Wu; Hui Ye 001; Wentao Xue; Xiaofei Yang 001 (IEEE Access, 2022)

Multi-scale dense and attention mechanism for image semantic segmentation based on improved DeepLabv3+. - Zuoshuai Wang; Hongyi Zhang; Zhiquan Huang; Zhibin Lin; Hangxing Wu (J. Electronic Imaging, 2022)

A Tutorial on Meta-Services and Services Computing in Metaverse. - Qikai Wei; Hangxing Wu; Feifei Shi; Yueliang Wan; Huansheng Ning (IEEE Internet Things J., 2024)

PerMl-Fed: enabling personalized multi-level federated learning within heterogenous IoT environments for activity recognition. - Chang Zhang; Tao Zhu 001; Hangxing Wu; Huansheng Ning (Clust. Comput., 2024)