Huifeng Wu

Ph.D. Professor | Ph.D. supervisor Discipline: Post:

Huifeng Wu, male, professor, doctoral supervisor. He received his Ph.D. in Computer Science and Technology from Zhejiang University, Hangzhou, China, in 2006. Currently, he is the director of the Scientific Research Department of Hangzhou Dianzi University, the executive director of Industrial Internet Research Institute, the director of Zhejiang Key Laboratory of Industrial Internet, the director of Zhejiang Engineering Research Center for Industrial Internet Intelligent Control System, and the director of Zhejiang Industrial Internet International Cooperation Base. He was selected for the National Hundred, Thousand and Ten Thousand Talent Project, the National Young and Middle-aged experts with outstanding contribution,the Leading Talent in Science and Technology Innovation in the Ten Thousand Talents Program of Zhejiang, the First Batch of Leading Talents in Science and Technology Innovation in University of Zhejiang. He is a member of the Programmable Systems Working Group of the IEC, a member of SAC/TC159, a member of the Standard Committee of the CAMETA, a member of the Edge Computing Professional Committee of the CA, etc. His main research directions include intelligent software, edge computing, intelligent control, embedded system, and programmable technology, etc. He has published over 30 internationally recognized journal papers in the field of programmable system software. He has led the formulation of 1 national standard, and has participated in the formulation of 1 international standard and 4 national standards. Recent years, he has led over 20 scientific research projects, including the ten million level national major projects, the Key Projects of the National Natural Science Foundation, the Nuclear High-based Projects, the 863 projects, the National Science and Technology Support Plans, the Key R&D Plans of Zhejiang, etc. He has received multiple provincial and ministerial awards, including 2 First Prize of Science and Technology Progress Awards of Zhejiang(2020, ranking 1; 2021, ranking 2), 1 First Prize of Technology Invention Award of Zhejiang(2016, ranking 2), and 1 Second Prize of Science and Technology Progress Award of Zhejiang(2014, ranking 1).

[1] Zhejiang Key Laboratory of Industrial Internet, Director

[2] Zhejiang Engineering Research Center for Industrial Internet Intelligent Control System, Director

[3] Zhejiang Industrial Internet International Cooperation Base, Director

[4] Programmable Systems Working Group of the IEC, Member

[5] SAC/TC159, Member

[1] Intelligent software

[2] Edge computing

[3] Intelligent control

[4] Embedded system

[5] Programmable technology

[1] Intelligent Methods for Physical Information Systems, Doctoral students

[2] Embedded System, Master's degree students

[3] Innovative Practice, Undergraduate

Longitudinal research

[1] National Key R&D Plan, Development and Application of Cloud Edge Collaborative Data Collection and Monitoring Technology and Configuration Tools, 2022YFB3304600, 19,500,000, 2022.11-2025.11, Leader

[2] National Major Science and Technology Projects, Programmable logic controller Based on edge computing in Industrial Internet of Things (PLC), TC190A44C1, 75,000,000, 2019.06-2021.12, Leader

[3] National Major Science and Technology Projects, Development of an Extensible File Interaction Standard for Programmable Controller Control Configuration and Construction of an Experimental Verification Platform, Z135060009002-14, 16,000,000, 2018.01-2020.12, Technical leader

[4] Key Projects of the National Natural Science Foundation, Theory and Method of High Customization of Industrial Internet for Equipment Group, U21A201614, 2,600,000, 2022.01-2025.12, Leader

[5] Nuclear High-based Projects, The Application of Industrial Control Embedded Real-time operating system in the Field of Industrial Internet, 2017ZX01038102, 1,110,000, 2017.01-2019.12, Leader

[6] National Major Science and Technology Projects, Research on the Interaction Standard of Programmable Controller Human Machine Interface Configuration File and Construction of Experimental Verification Platform, KYZ057619002, 1,600,000, 2018.01-2020.12, Leader

[7] Key R&D Plan of Zhejiang, Joint Technology R&D and Demonstration Promotion Project - Research and Development of Interactive Standards and Related Technologies for Programmable Controller Basic Software Platform, 2018C04001, 2,500,000, 2017.01-2019.12, Leader

[8] Key R&D Plan of Zhejiang, Research and Application of Industrial Internet Programmable Control System Based on Domestic Software and Hardware, 2021C01187, 3,100,000, 2020.01-2022.12, Leader

[9] National Science and Technology Support Plan, Research and demonstration of key technologies for intelligent control of wind turbines and intelligent wind farms, 2015BAA06B00, 27,790,000, 2015.04-2017.12, Key member

Transverse scientific research

[1] Research and development of key technologies for intelligent improvement of non-ferrous metal refining equipment, 10,000,000, 2021.04-2024.04, Sanmen Sanyou Technology Co., Ltd, Leader

[2] Development of Control System for Fully Autonomous Multi material Composite Precision Forming Equipment, 1,100,000, 2020.10-2021.10, Tederic Machinery Co., Ltd, Leader

[3] Platform Software Customization and Optimization for edge computing Oriented Programmable Controller, 1,010,700, 2020.03-2021.03, Hangzhou Yiyi Taidi Information Technology Co., Ltd, Leader

[4] Research and Development of Key Technologies for Huiyi Intelligent Internet of Things, 1,000,000, 2019.11-2022.11, Zhejiang Huiyi Network Technology Co., Ltd, Leader

[5] An intelligent work order management system that supports concurrent operations by multiple users, 1,000,000, 2020.06-2021.04, Zhejiang Huiyi Network Technology Co., Ltd, Leader

[6] Research and Development of Production Line Based on Intelligent Control System Technology for Complex Surface Painting, 1,000,000, 2020.06-2022.12, Zhejiang Mingquan Industrial Spraying Equipment Co., Ltd, Leader

[7] Development of ePLC software generation platform for injection molding machines, 1,000,000, 2013.01-2014.04, Tederic Machinery Co., Ltd, Leader

[8] Development of Industrial Security and Environmental Monitoring Cloud Platform Software, 840,000, 2016.01-2016.12, Hangzhou Yiyi Taidi Information Technology Co., Ltd, Leader

[9] Development of high-performance and low-power NFC alloy magnetic powder core new product research and development support software, 500,000, 2011.12-2012.12, Zhejiang NBTM Keda Magnetoelectricity Co., Ltd, Leader

Publications

[1] Danfeng Sun, Shan Xue,Huifeng Wu*, and Jia Wu. A Data Stream Cleaning System Using Edge Intelligence for Smart City Industrial Environments.IEEE Transactions on Industrial Informatics,2022,18(2): 1165-1174.(IF=10.215)

[2] Kehui Ye, Yi Yan,Huifeng Wu*. Time Synchronization Algorithm for Networked Control Systems Based on Stochastic Search. IEEE Transactions on IndustrialInformatics, 2021,18(1):26-34. (IF=10.215)

[3] Hongping Wu, YiYan,DanfengSun, Huifeng Wu*,Peng Liu. Multi Buffers Multi Objects Optimal Matching Scheme for Edge Devices in IIoT. IEEE Internet of Things Journal. 2021, 8(14):11514-11525. (IF=9.515 )

[4] Danfeng Sun, Jia Wu, Jian Yang,Huifeng Wu*. Intelligent Data Collaboration in Heterogeneous-device IoT Platforms.ACM Transactions on Sensor Networks. 2020,17(3)(22):1-17.(IF=2.469)

[5] Huifeng Wu, Yi Yan, Baiping Chen, Feng Hou, and Danfeng Sun, FADA: A Fog Architecture and Ontology for Data Acquisition[J].IEEE Transactions on Cloud Computing，2020.( IF=5.938)

[6] Danfeng Sun，Abdullah Yaqot，Jiachen Qiu，Lutz Rauchhaupt，Ulrich Jumar，andHuifeng Wu*. Attention-based Deep Convolutional Neural Network for Spectral Efficiency Optimization in MIMO Systems.Neural Computing and Applications, 2020. (IF=5.606)

[7] Yameng An, Feiwei Qin, Rene Simon,Huifeng Wu*. OntoPLC: Semantic Model of PLC Programs for Code Exchange and Software Reuse. IEEE Transactions on Industrial Informatics, 2021, 17(3):1702-1711.(IF=10.215)

[8] Peng Liu, YiFan Zhang,Huifeng Wu*, and Tingting Fu. Optimization of Edge-PLC based Fault Diagnosis with Random Forest in Industrial Internet of Things.IEEE Internet of Things Journal,2020,7(10): 9664-9674.(IF=9.515)

[9] Huifeng Wu, Danfeng Sun, Lan Peng, Yuan Yao, Jia Wu, Quan Z. Sheng, Yi Yan. Dynamic Edge Access System in IoT Environment, IEEE Internet of Things Journal,2020,7(4):2509-2520. (IF=9.515)

[10] Huifeng Wu, Yi Yan,Danfeng Sun, Rene Simon. VCA Protocol-Based Multilevel Flexible Architecture on Embedded PLCs for Visual Servo Control[J],IEEE Transactions on Industrial Electronics, 2020,67(3):2450-2459.(IF=8.236)

[11] Huifeng Wu, Yan Yi, Sun Danfeng, Rene Simon. A Customized Real-time Compilation for Motion Control in Embedded PLCs[J]，IEEE Transactions on Industrial Informatics, 2019,15(2):812-821.(IF=10.215)

[12] Huifeng Wu,Junjie Hu, Jiexiang Sun, Danfeng Sun. Edge Computing in an IoT Base Station System: Reprogramming and Real-time Tasks[J],COMPLEXITY, 2019(4):1-10.(IF=2.591)

[13] Huifeng Wu;DanfengSun.High precision control in PTP trajectory planning for nonlinear system using on high-degree polynomial and cuckoo search. Optimal Control, Applications andMethods.2019,40(1): 43-54.(IF=2.53)

[14] Chunlin Zhou,Huifeng Wu*, Xiang Xu, Yong Liu, Qi Zhu, Shuwen Pan .Development and control of a robotic arm for percutaneous surgery, Assembly Automation,2017, 37(3):314-321.(IF=1.383)

[15] Jian Bao,Huifeng Wu, Yimajian Yan. A fault diagnosis system-PLC design for system reliability improvement, Journal of Advanced Manufacturing, 2014，75(1-4):523–534.(IF:2.601)

[1] A Method for Filling Missing Values in Time Series Based on Bidirectional Recurrent Encoder Neural Network. Huifeng Wu, Jiachen Qiu, Danfeng Sun. ZL202011295072.5.

[2] Product testing methods, equipment, and systems for injection molding machines. Huifeng Wu, Danfeng Sun, Hongwei Zhou, Jianyong Zhao. ZL202010022321.7.

[3] Adaptive Robust control method, equipment and system based on heterogeneous dual core PLC. Huifeng Wu, Jianfeng Liao, Yubing Wu, Jianyong Zhao. ZL202010929390.6.

[4] A Method for Data Collection of Industrial Equipment. Huifeng Wu, Feng Hou, Junjie Hu. 202011424973X.

[5] Parameter optimization methods and devices in injection molding systems. Huifeng Wu, Danfeng Sun, Hongwei Zhou. ZL201811521647.3.

[6] Control methods, equipment, storage media, and systems for peripheral equipment of injection molding machines. Huifeng Wu, Danfeng Sun, Hongwei Zhou. ZL201811072990.4.

[7] Security inspection methods, devices, and equipment for programmable controller programs. Huifeng Wu, Fangde Zhang, Yi Yan. ZL201810247212.8.

[8] Variable target PLC simulation debugging method, storage medium, and functional module. Huifeng Wu, Baiping Chen, Jianyong Zhao, Yi Yan. 202010145749.0.

[9] Automatic parsing and encapsulation methods and devices for XML packets. Huifeng Wu, Junjie Hu, Hongwei Zhou. ZL201810865984.8.

[10] Method and equipment for dual channel communication. Huifeng Wu, Yi Yan, Fangde Zhang. ZL201810447975.7.

[11] An HMI message diversion scheduling method, storage medium, and device. Huifeng Wu, Baiping Chen, Jianyong Zhao, Yi Yan. ZL201911004952.X.

[12] Method and System for Processing Injection Molding Process Documents. Huifeng Wu, Danfeng Sun, Hongwei Zhou. ZL201811296435.X.

[13] Management methods and devices for injection molding machines. Huifeng Wu, Danfeng Sun, Hongwei Zhou. ZL201811193863.X.

[14] Method and Device for Generating Configuration File of Programmable logic controller. Huifeng Wu, Yi Yan, Baiping Chen, Jiexiang Sun. ZL201910160817.8.

[15] Multi kernel embedded PLC software recovery method and PLC. Huifeng Wu, Yi Yan, Baiping Chen. ZL201710439054.1.

[16] Motion planning method and device for mobile robot arms. Huifeng Wu, Jianfeng Liao, Jianyong Zhao. ZL201810765345.4.

[17] A visual control device. Huifeng Wu, Danfeng Sun, Yi Yan. ZL201910297916.0.

[18] Motion Control Method and Device of Embedded Programmable Controller. Huifeng Wu, Yi Yan, Danfeng Sun. ZL201810929783.X.

[19] PLC based motion control method and motion controller. Huifeng Wu, Yi Yan, Fangde Zhang. ZL201810613067.0.

[20] Compilation Method and Embedded System of Embedded PLC. Huifeng Wu, Yi Yan, Baiping Chen.

ZL201710488033.9.

[21] Remote Determination Method of Frame Format Information for Communication Protocol of Embedded PLC Access Device. Huifeng Wu, Baiping Chen, Yi Yan. ZL201710639474.4.

[1] First Prize of Science and Technology Progress Award of Zhejiang, Research and industrialization of injection molding technology and equipment for large and complex optical components, 2020, Ranking: 1/13

[2] First Prize of Science and Technology Progress Award of Zhejiang, Key Technologies and Industrial Applications of Perception and Control for Logistics Inspection Robots in Complex Environments, 2021, Ranking, 2/13

[3] First Prize of Technology Invention Award of Zhejiang, Independent Key Technology Research and Industrialization of Embedded PLC (ePLC) Development Platform, 2016, Ranking: 2/6

[4] Second Prize of Science and Technology Progress Award of Zhejiang, Research and industrialization of intelligent optical testing equipment for printed circuit boards, 2014, Ranking: 1/9

教职工个人主页

Huifeng Wu