Prof. Hongqian Lu | Media and culture | Best Researcher Award
Professor Hongqian Lu is a distinguished academic figure in the field of engineering, holding a Doctor of Engineering (Post-doctorate) degree. Currently serving as a Professor and Master’s Supervisor, he also holds the position of Visiting Scholar at the Engineering Faculty of Macquarie University in Australia. With a rich and varied career, Professor Lu has been actively involved in both research and teaching. He has led or contributed to numerous research projects funded by prestigious institutions such as the National Natural Science Foundation and the Shandong Provincial Natural Science Foundation, as well as enterprise cooperation projects. His research expertise spans Network Control Systems, Time-delay Systems, Embedded Systems, and 3D Printing.
📚 Research and Teaching:
Professor Lu’s academic pursuits extend to teaching, where he has undertaken various courses including “Computer Control,” “Intelligent Instruments,” “Data Structure and Algorithm Analysis,” and more. His scholarly contributions are evidenced by over 30 academic papers published in SCI and EI indexed journals, with more than 10 papers ranking in the top 2nd zone by the Chinese Academy of Sciences. Additionally, he holds 10 patents, demonstrating his innovative contributions to the field.
👨🏫 Review Work and Recognition:
Professor Lu is also actively engaged in the scholarly community through his review work for esteemed international journals such as “Journal of the Franklin Institute,” “IEEE Access,” and “Neurocomputing,” as well as international conferences including Chinese Control and Control and Decision Making. His expertise and contributions have earned him recognition and respect within the academic and engineering communities.
Publication Top Notes :
Further analysis of stabilization of neutral type singular systems with mixed time‐varying delays and multiple random states
Cluster Synchronization and Finite-Time Bounded for Complex Networks Under DoS Attacks and Encoding–Decoding Communication Protocol
