A Distributed Algorithm based on Probability for Refining Energy-Efficiency of Multicast Trees in Ad Hoc Networks. - Yuhong Luo; Jianxin Wang 001; Jianer Chen; Songqiao Chen (LCN, 2005)

An Energy-Efficient DSR Routing Protocol Based on Mobility Prediction. - Yuhong Luo; Jianxin Wang; Songqiao Chen (WOWMOM, 2006)

A Channel-Aware Scheduling Algorithm for Improving TCP Fairness. - Jiawei Huang 001; Jianxin Wang 001; Yuhong Luo; Jin Ye 003 (ICYCS, 2008)

An Improved TCP with Cross-layer Congestion Notification over Wired/Wireless Hybrid Networks. - Jin Ye; Jianxin Wang; Qinghua Liu; Yuhong Luo (ICYCS, 2008)

VCGG: a varying cone distributed topology-control algorithm for wireless ad hoc networks. - Jianxin Wang 001; Yuhong Luo; Jiawei Huang 001; Xi Zhang 005 (QSHINE, 2008)

Research on the Influencing mechanisms of Backers' Impulsive Support in Reward-based Crowdfunding Based on Cognitive Appraisal Theory. - Zihui Yi; Yuhong Luo; Ye Feng; Yang Wang; Yuanyue Feng; Congcong Yang (ITQM, 2021)

The impact of signal of project quality and creator's credibility on crowdfunding performance based on fsQCA method. - Yuhong Luo; Nianjiao Peng; Xiaona Li; Yuanyue Feng (ICEB, 2022)

Neighborhood-Aware Scalable Temporal Network Representation Learning. - Yuhong Luo; Pan Li 005 (LoG, 2022)

Learning Fair Representations with High-Confidence Guarantees. - Yuhong Luo; Austin Hoag; Philip S. Thomas (CoRR, 2023)

Scalable and Efficient Temporal Graph Representation Learning via Forward Recent Sampling. - Yuhong Luo; Pan Li 005 (LoG, 2024)

No Need to Look Back: An Efficient and Scalable Approach for Temporal Network Representation Learning. - Yuhong Luo; Pan Li 005 (CoRR, 2024)

Crowdfunding performance prediction using feature-selection-based machine learning models. - Yuanyue Feng; Yuhong Luo; Nianjiao Peng; Ben Niu 002 (Expert Syst. J. Knowl. Eng., 2024)

SMAE-Fusion: Integrating saliency-aware masked autoencoder with hybrid attention transformer for infrared-visible image fusion. - Qinghua Wang; Ziwei Li; Shuqi Zhang; Yuhong Luo; Wentao Chen; Tianyun Wang; Nan Chi; Qionghai Dai (Inf. Fusion, 2025)