Virtual coordinates in hyperbolic space based on Ricci flow for WLANs. - Hao Yang 002; Keming Tang; Jianjiang Yu; Licai Zhu; Hua Xu; Yingying Cao (Appl. Math. Comput., 2014)

A practical information coverage approach in wireless sensor network. - Hao Yang 002; Keming Tang; Jianjiang Yu; Licai Zhu (Inf. Process. Lett., 2015)

Characteristics Analysis and Data Mining of Uncertain Influence Based on Power Law. - Keming Tang; Hao Yang 002; Qin Liu; Chang-Ke Wang; Xin Qiu 004 (FSDM, 2016)

Ricci Flow for Optimization Routing in WSN. - Keming Tang; Hao Yang 002; Xin Qiu 004; Lv-Qing Wu (FSDM, 2016)

Compressive Sensing Based on Energy-Efficient Communication. - Keming Tang; Hao Yang 002; Qin Liu; Chang-Ke Wang; Xin Qiu 004 (ICCCS (2), 2016)

An Energy-Efficient Data Gathering Based on Compressive Sensing. - Keming Tang; Hao Yang 002; Xin Qiu 004; Lv-Qing Wu (ICCCS (2), 2016)

An adaptable CS-based transmission scheme validated on the real-world system. - Hao Yang 002; Keming Tang; Hua Xu; Licai Zhu; Xiwei Wang; Kun Qian 017 (INFOCOM Workshops, 2016)

An Energy-Efficient Position Transformation Approach. - Keming Tang; Yong Xu; Hao Yang 002; Yue Ye; Weipeng Lv (MSN, 2016)

Measurement Matrices Construction for Compressed Sensing Based on Finite Field Quasi-Cyclic LDPC Codes. - Hua Xu; Hao Yang 002; Wenjuan Shi (IEICE Trans. Commun., 2016)

Regionalization Compressive Sensing for Optimizing Lifetime of Sensor Networks. - Hao Yang 002; Hua Xu; Xiwei Wang (WASA, 2017)

A HCI Motion Recognition System Based on Channel State Information with Fine Granularity. - Hao Yang 002; Licai Zhu; Weipeng Lv (WASA, 2017)

Energy-Efficient Transmission Based on Compressive Sensing in WSN. - Hao Yang 002; Keming Tang; Hua Xu; Xiwei Wang (WCNC, 2017)

TagCare: Using RFIDs to Monitor the Status of the Elderly Living Alone. - Licai Zhu; Ruchuan Wang 001; Zhong-qin Wang; Hao Yang 002 (IEEE Access, 2017)

WiHumo: a real-time lightweight indoor human motion detection. - Hao Yang 002; Hua Xu; Keming Tang (Int. J. Sens. Networks, 2017)

Multi-Path Data Distribution Mechanism Based on RPL for Energy Consumption and Time Delay. - Licai Zhu; Ruchuan Wang 001; Hao Yang 002 (Inf., 2017)

Privacy-Preserving POI Recommendation Using Nonnegative Matrix Factorization. - Xiwei Wang; Hao Yang 002; Kiho Lim (PAC, 2018)

ECO-CS: Energy consumption optimized compressive sensing in group sensor networks. - Hao Yang 002; Xiwei Wang (Comput. Networks, 2018)

An energy-efficient transmission approach using compressed sensing. - Hao Yang 002; Xiwei Wang (Int. J. Sens. Networks, 2018)

RFID Localization Based on Optimized Path Loss Propagation Model. - Licai Zhu; Hao Yang 002 (FSDM, 2019)

An adaptable CS-based transmission scheme in wireless sensor network. - Hao Yang 002; Keming Tang (Int. J. Ad Hoc Ubiquitous Comput., 2019)

Comparation of LoRa and NB-IoT. - Yanhui Ji; Hao Yang 002 (Netw. Commun. Technol., 2019)

Fine-Grained Activity Recognition Based on Features of Action Subsegments and Incremental Broad Learning. - Shi Chen; Sheng Wu; Licai Zhu; Hao Yang 002 (ICA3PP (1), 2021)

Trace-Navi: A High-Accuracy Indoor Navigation System Based on Real-Time Activity Recognition and Discrete Trajectory Calibration. - Yu Wang 145; Zhipeng Yu; Licai Zhu; Hao Yang 002 (ICA3PP (1), 2021)

Iterative Filling Incomplete Fingerprint Map Based on Multi-directional Signal Propagation in Large-Scale Scene. - Yonghao Zhao; Yanhui Ji; Licai Zhu; Hao Yang 002 (ICA3PP (1), 2021)

Effective RFID Localization Based on Fuzzy Logic For Security. - Licai Zhu; Hao Yang 002; Shi Chen; Zhipeng Yu (TrustCom, 2021)

Constructing Efficient Set of APs Via Spatial Discrimination and Localization Difference. - Yanhui Ji; Sheng Wu; Licai Zhu; Liang Zhao 004; Hao Yang 002 (SmartWorld/UIC/ScalCom/DigitalTwin/PriComp/Meta, 2022)

Accuracy Indoor Localization Based on Fuzzy Transfer Learning Model. - Sheng Wu; Yanhui Ji; Licai Zhu; Liang Zhao 004; Hao Yang 002 (SmartWorld/UIC/ScalCom/DigitalTwin/PriComp/Meta, 2022)

Indoor Localization Method Based on Fingerprint Expansion and Deep Learning. - Yun He; Licai Zhu; Yong Li; Hao Yang 002 (EITCE, 2023)