A Neighbor Cooperation Framework for Time-efficient Asynchronous Channel Hopping Rendezvous in Cognitive Radio Networks. - Quan Liu 009; Deming Pang; Gang Hu; Xiaodong Wang 002; Xingming Zhou (DySPAN, 2012)

TECSS: Time-Efficient Compressive Spectrum Sensing Based on Structurally Random Matrix in Cognitive Radio Networks. - Ye Tian; Quan Liu 009; Xiaodong Wang 002 (WICON, 2013)

A cooperative CSMA/CA MAC for channel-hopping rendezvous based cognitive radio networks. - Quan Liu 009; Gang Hu; Xiaodong Wang 002; Xingming Zhou (ChinaCom, 2014)

A state-based transmission coordination strategy for channel-hopping cognitive radio networks. - Quan Liu 009; Xiaodong Wang 002; Xingming Zhou (ICCC, 2014)

Access Delay of Cognitive Radio Networks Based on Asynchronous Channel-Hopping Rendezvous and CSMA/CA MAC. - Quan Liu 009; Xudong Wang; Biao Han; Xiaodong Wang 002; Xingming Zhou (IEEE Trans. Veh. Technol., 2015)

CH-CSMA-CA: a MAC protocol for asynchronous channel hopping rendezvous in 802.11 DCF-based cognitive radio networks. - Quan Liu 009; Xiaodong Wang 002; Xingming Zhou (Int. J. Auton. Adapt. Commun. Syst., 2016)

Cooperative control feedback: On backoff misbehavior of CSMA/CA MAC in channel-hopping cognitive radio networks. - Quan Liu 009; Yong Lu; Gang Hu; Shaohe Lv; Xiaodong Wang 002; Xingming Zhou (J. Commun. Networks, 2018)

Research on Time Synchronization and Routing Maintenance for Narrowband Ad Hoc Networks. - Hanqiang Deng; Jian Huang 010; Quan Liu 009 (AISS, 2022)

Efficiently tracking multi-strategic opponents: A context-aware Bayesian policy reuse approach. - Hao Chen 099; Quan Liu 009; Jian Huang 010; Ke Fu (Appl. Soft Comput., 2022)

Accurate policy detection and efficient knowledge reuse against multi-strategic opponents. - Hao Chen 099; Quan Liu 009; Ke Fu; Jian Huang 010; Chang Wang 005; Jianxing Gong (Knowl. Based Syst., 2022)

BGSD: A SBERT and GAT-based Service Discovery Framework for Heterogeneous Distributed IoT. - Hanqiang Deng; Jian Huang 010; Quan Liu 009; Cong Zhou; Jialong Gao (Comput. Networks, 2023)