Chen Hui (1):
Guilin University of Electronic Technology School of Information and Communication
Research fields: optical communication, laser imaging, microwave photonics, terahertz technology.
In March 2005, he graduated from xidian university with a doctorate in radio physics. Mainly engaged in the research of target scattering characteristics of electromagnetic waves and light waves, radio wave propagation prediction technology in complex environment, microwave photonics and terahertz scattering. He has presided over national defense pre-research fund, autonomous region fund and regional key laboratory fund projects, as well as a number of enterprise cooperation projects, participated in a number of national natural science fund projects and national defense pre-research projects, and published more than ten research papers in core journals at home and abroad.
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Chen Hui (2)
Guilin University of Electronic Technology School of Computer and Information Security
Dr. Chen Hui graduated with a bachelor's degree in automatic control and a master's degree in control theory and control engineering. He graduated from Southeast University with a Ph.D. in detection technology and automation device. His research interests include intelligent detection and control, nonlinear control and coking automation; He presided over or participated in major scientific research projects: (1) Guangxi natural science foundation project "Modeling and control of multi-dimensional ultra-precision piezoelectric motion platform" (50,000); (2) participated in the national natural science foundation project "IPMC sensor signal analysis and nonlinear compensation" (project number: 6171088) Funding amount: 602,000) (3) Participated in the National Natural Science Foundation project "Identification and Prediction of Nonsmooth Nonlinear Sandwich Dynamic System". In this research, I was mainly responsible for signal detection, processing and algorithm design. (4) Presided over the scientific research project of Guangxi Education Department "Multi-parameter Measuring Device and Method for Small Diameter and Small Flow Fluid". In this project, the parameters such as flow rate and density of small-diameter and small-flow fluid are designed, and a convenient and practical testing method is proposed for the measurement of small-diameter and small-flow fluid in industrial production, which is authorized by the national invention patent. (5) Project of Jiangsu Science and Technology Department: Development and industrialization of a new intelligent control ultrasonic heat meter and its information management system (project number BY20 10 140, conclusion, 2010.1-2012), mainly responsible for measuring heat meters. (6) Shanghai Science and Technology Department Project: Modeling and Prediction of Nonsmooth Sandwich Dynamic System (ProjectNo.:10JC1412200, conclusion: 2010.12) Among them, 1 educational reform project (9) won four national invention patents, the second prize of provincial scientific and technological progress 1, and the third prize of Guangxi computer application achievement promotion 1. Obtained the national invention patent: (1) patent number of multi-parameter measuring device and method for small diameter and small flow fluid. : ZL03 135886. 1 (2) measurement method of combustion state of industrial melting furnace using heavy oil as fuel patent number: zl200510020140.6 (3). Comprehensive intelligent temperature control method for glass furnace. : ZL200510020141.0 (4) Temperature measurement method in high temperature and high pressure closed cavity PatentNo.: ZL 2004 10040325.9 (5) On-line tension measuring device and measurement and control system ZL20/KLOC-0 for strander.