Jiefan Qiu

Jiefan Qiu, Professor and Ph.D. supervisor. I received my Ph.D. in Institute of Computing Technology, Chinese Academy of Sciences in 2014. During 2016-2018, I served in Ministry of Education of the People’s Republic of China for intelligent system development. I has hosted National Natural Science Foundation project, Zhejiang Provincial Natural Science Foundation projects,  National Key Research and Development Program, and Chinese Academy of Sciences’ Pioneer Research Plan, etc. I has published more than 40 papers in IEEE JSAC, IEEE TFS, IEEE IoTJ, IEEE JBHI, IEEE Sensor J, ACM TOMM, Neural Networks, JCST, PPNA, IEEE BIBM, IEEE MSN, etc. I leads the ZJUTDeus team (focused on robot control) and the Wu team (focused on AI large models + robots). In the past three years, I has guided students to win 13 National first prize (including 9 national champions, 1 runner-up, and 1 third place), and 2 second prizes in the Chinese Robot Competition. I was awarded the titles of Excellent Class Teacher, Excellent Mentor, and Excellent instructor in the Chinese Robot Competition multiple times.

Currently, my research team focus on the forefront of the Internet of Things and artificial intelligence fields, including Wireless Sensing (vital-sign radar), Embodied Intelligence, Large Model in Edge Computing. My team are now recruiting students interested in robot control and large model development. YOU can directly send an email to me (Email: qiujiefan@zjut.edu.cn) .

Journal Papers：

[1] Feng Hailing, Qiu Jiefan*, Wen Long, Zhang Jinhong et al, Maximizing Long-Term Task Completion Ratio of UAV-Enabled Wirelessly-Powered MEC Systems, Neural Networks, 2025, 185(3), No.107207.(*Corresponding author,  IF=6.0)

[2] Zhu Shaojun, Zhu Bingcheng, Chi Kaikai, Qiu Jiefan* et al, Maximizing Long-Term Task Completion Ratio of UAV-Enabled Wirelessly-Powered MEC Systems, ACM Transactions on Multimedia Computing, Communications and Applications, 2025, accepted.(*Corresponding author,  IF=5.2)

[3] Qiu Jiefan, Jia Yizhe, Chen Xingyu, Zhao Xiangyun, et al, Skeleton-based Gait Recognition Based on Deep Neuro-Fuzzy Network, IEEE Transactions on Fuzzy Systems, 2025, 23(1), 431-443.(IF=10.7)

[4] Xiao Kejiang, Wu Junhui, Zhu Guangjie, Chen Liang, Qiu Jiefan, Peng Xineng, An Evidence Theory-Based on Data Fusion for Students' Online Learning Emotions Recognition, Information Fusion, 2024, accepted.(IF=16.1)

[5] Zheng Kechen, Luo Rongwei, Liu Xiaoying, Qiu Jiefan,  Liu Jia,Distributed DDPG-Based Resource Allocation for Age of  Information Minimization in Mobile Wireless-Powered Internet of Things, IEEE Internet of Things Journal, 2024, accepted.( IF=10.238)

[6] Fang Kai, Qiu Jiefan*, Wang Tingting, Zheng Kailu et al, IDRes: Identity-based Respiration Monitoring System for Digital Twins Enabled Healthcare, IEEE Journal on Selected Areas in Communications, 41(10), 2023:3333-3348. (*Corresponding author, IF=13.081）

[7] Qiu Jiefan,  Cheng Ran, Fang Kai, Mao Keji, Wang Tingting, Wang Wei, VDIU: VLC-based  Debugging Information Upload Method for Self-powered Sensor Nodes, IEEE Sensors Journal, 23(18), 2023:20543-20552. ( IF=6.10)

[8] Qiu Jiefan,  Zheng Pan, Chi Kaikai, Xu Ruiji, Liu Jiajia. Respiration Monitoring in  High-Dynamic Environments via Combining Multiple WIFI Channels based on  Wire Direct Connection between RX/TX. IEEE Internet of Things Journal, 10(2), 2023:1558-1573.(SCI检索, 中科院一区, TOP期刊, IF=10.238)

[9] Qiu Jiefan, Yan  Xinlei, Wang Wei, Wei Wei, Fang Kai, Skeleton-Based Abnormal Behavior  Detection Using Secure Partitioned Convolutional Neural Network Model，IEEE Journal of Biomedical and Health Informatics, 26(12), 2022: 5829-5840.(IF=7.021)

[10] Qiu Jiefan, Hua Zonghan, Liu Lei, Cao Mingsheng, Chen Dajiang, Machine-learning-based cache partition  method in cloud environment, Peer-to-Peer Networking and Applications, 22(15):149–162, 2022. (IF=3.488)

[11] Qiu Jiefan,  Li Chenglin, Li Yueran. SmartPhone-Assisted Secure Reprogramming Based  on Visible Light Communication for Wireless Sensor Network. Wireless Communications and Mobile Computing, Issue 2019.  (IF=2.146)

[12] Qiu Jiefan, Li Sai, Cao Bin, RePage: A Novel Over-Air Reprogramming Approach Based on Paging Mechanism Applied in Fog Computing. Wireless Communications and Mobile Computing, Issue 2018. ( IF=2.146)

[13] Qiu Jiefan,  Li Dong, Shi Hailong, Hou Chenda, Cui Li. EasiSMP: A Resource-oriented  Programming Framework Sup-porting Runtime Propagation of RESTful  Resource. Journal of Computer Science and Technology (JCST), 29(2), 2014. (IF=1.871）

[14] Hou Chenda, Li Dong, Qiu Jiefan, Shi Hailong, Cui Li. SeaHttp: A Resource-Oriented Protocol to Extend REST Style for Web of Things, Journal of Computer Science and Technology (JCST), 29(2), 2014. (IF=1.871）

[15] Qiu Jiefan, Li Dong, Shi Hailong, Cui Li.  EasiLIR: Leightweight Incremental Reprogramming of Sensor Nodes. International Journal of Distributed Sensor Networks (IJDSN), Issue 2014. (IF=1.938)

Conference Papers：

[1] Zheng Kailu, Qiu Jiefan*, Zhu Dongfu, Wang Xiyu et al. Don't Speak Anything: Deep Breath-Based Authentication Utilizing Sonar Signals on Smartphones, Proceedings of 2024 IEEE International Conference on Bioinformatics and Biomedicine (BIBM), Lisbon, Portugal, 2024.

[2] Feng Zehui, Zhu Dongfu, Zhang Kejie, Jia Yizhe, Qiu Jiefan*. CrowdLab: Collaborative Dataset Labeling System Based on Image Segmentation, Proceedings of 2024 IEEE International Conference on Computer Supported Cooperative Work in Design (CSCWD), Tianjin, China, 2024. 

[3] Zhang Jinhong, Qiu Jiefan*, Wang Ke, Fang Kai et al. Millimeter-Wave Radar-based Unsteady Vital Signs Monitoring for Smart Home, Proceedings of  2024 IEEE International Conference on Communications (ICC), Denver, USA, 2024.

[4] Xu Ruiji,  Qiu Jiefan*,  Feng Zehui et al. LCP: A Lightweight Cache Partition Approach Based on Machine Learning,  Proceedings of 2022 IEEE International Conference on Ubiquitous Intelligence and Computing (UIC2022), Haikou,  China, 2022, Dec 15.

[5] Qiu Jiefan,  Li Chenglin, Yin Yuanchu, Cao Mingsheng, Research on Debugging  Interaction of IoT Devices Based on Visible Light Communication, Proceedings of 2021 International Conference on Collaborative Computing: Networking, Applications and Work sharing (CollaborateCom), Shanghai, China,2021, Jan 22. 

[6] Qiu Jiefan, Huang Liang, Qian Li Ping. LiREP: Lightweight incremental reprogramming of sensor nodes based on in-situ modification. Proceedings of 2016 International Conference on Computing, Networking and Communications (ICNC 2016), Hawaii, USA, 2016, Mar 23.

[7] Qiu Jiefan, Li Sai, Zheng Pan, Fan Jing. SmartPhone-Assisted Over-air Reprogramming Based on Visible Light Communication, Proceedings of 2018 international Conference on Mobile Ad-hoc and Sensor Networks (MSN  2018), Shen Yang, China, 2018, Dec 6.

Academic Competitions:

[1]  In 2018, guided students to win the first prize in the Zhejiang Province Service Outsourcing Competition.

[2]  In 2021, guided students to obtain the award of Outstanding Master’s Thesis at Zhejiang University of Technology.

[3] Guided students to win the second prize in the East China Division of the 2022 China College Student Service Outsourcing Innovation and Entrepreneurship Competition.

[4] Guided students to win the national first prize and championship in the Advanced Robotics Vision Competition - Industrial Measurement Project at the 2022 China Robot Competition (RoboCup).

[5] Guided students to win the national first prize and championship in the Intelligent Vehicle Challenge - 1:12 Scale Model Car Race at the 2022 China Robot Competition (RoboCup).

[6] Guided students to win the national first prize and third place in the FIRA Small Size Group - Simulation Group 5vs5 event at the 2022 China Robot Competition (RoboCup).

[7] Guided students to win the national second prize in the Advanced Robotics Vision Competition - 3D Object Recognition Project at the 2022 China Robot Competition (RoboCup).

[8] Guided students to win the national third prize in the Drone Challenge - Drone TransportationProject at the 2022 China Robot Competition (RoboCup).

[9] Guided students to win the third prize in the 2023 China University Robot Contest - RoboMaster, University League Competition.

[10] Guided students to win the national second prize in the 2023 China College Student Service Outsourcing Innovation and Entrepreneurship Competition.

[11] Guided students to win the national first prize and championship in the Advanced Robotics Vision Competition - Industrial Measurement Project at the 2023 China Robot Competition (RoboCup).

[12] Guided students to win the national first prize and championship in the Advanced Robotics Vision Competition - 3D Object Recognition Project at the 2023 China Robot Competition (RoboCup).

[13] Guided students to win the national first prize and championship in the Intelligent Vehicle Challenge - 1:12 Scale Model Car Race at the 2023 China Robot Competition (RoboCup).

[14] Guided students to win the national first prize and second place in the FIRA Small Size Group - Simulation Group 5vs5 event at the 2023 China Robot Competition (RoboCup).

[15] Guided students to win the national second prize in the Drone Challenge - Drone Transportation Project at the 2023China Robot Competition (RoboCup).

[16] In 2024, guided students to win the first prize in the Zhejiang Province “Mobile Cloud & Jiutian Cup” Artificial Intelligence Themed Competition, with the topic: Design of Smart Education Application Products Based on Large AI Model Technology.

[17] Guided students to win the second prize in the 2024 China University Robot Contest - RoboMaster, University League Competition.

[18] Guided students to win the national second prize in the FIRA Small Size Group - Simulation Group 11vs11 event at the 2024 China Robot Competition (RoboCup).

[19] Guided students to win the national first prize in the FIRA Small Size Group - Simulation Group 5vs5 event at the 2024 China Robot Competition (RoboCup).

[20] Guided students to win the national first prize in the Intelligent Vehicle Challenge - 1:12 Scale Model Car Race at the 2024 China Robot Competition (RoboCup).

[21] Guided students to win the national first prize and championship in the Drone Challenge - Physical Drone Project at the 2024 China Robot Competition (RoboCup).

[22] Guided students to win the national first prize and championship in the Advanced Robotics Vision Competition - Industrial Measurement Project at the 2024 China Robot Competition (RoboCup).

[23] Guided students to win the national first prize and championship in the Advanced Robotics Vision Competition - 3D Object Recognition Project at the 2024 China Robot Competition (RoboCup).

[24] Guided students to win the national first prize and championship in the RoboCup@Home-SSPL event (Humanoid Robot Home Service) at the 2024  China Robot Competition (RoboCup).

[25] Guided students to win the national second prize in the 2024 China College Student Service Outsourcing Innovation and Entrepreneurship Competition.