Abstract
Model-free adaptive control has received wide attention due to its low-complexity and convenience for engineering application. This report includes two parts: 1£©the technique of dynamic linearization is used to improve the general model-free adaptive control, and the proposed method is applied to the process control system and micro grid system. 2£©Considering the amplitude and rate saturations for actuators which widely exist in a lot of actual systems, we design the dynamic anti-windup module to eliminate the negative impact of saturation, simulation results and applications all demonstrate the effectiveness of the proposed approach.
Biography
Dezhi Xu is the IEEE member, and he is the committee member of the Association of Energy Internet in Chinese Association of Automation. He joined Jiangnan University as the associate professor and master tutor. He has published more than 40 academic papers in domestic and international journals or conferences, including 37 academic papers indexed by SCI or EI. He has 3 authorizations for patent of invention. He took charge of 5 research projects, such as youth project of National Natural Science Foundation of China, and he mainly took part in 4 major programs of National Natural Science Foundation of China. Now he is the reviewer for many international journals, such as several IEEE transactions and IET. His research results as the important components received the 1st class award of science & technology progression for China General Chamber of Commerce in 2016. He mainly researches on data-driven control, fault diagnosis and fault-tolerant control, technologies of new energy and power grid.
