Area of research
Aerospace Engineering · Electrical and Electronic Engineering
Research interest
Research focused on Reflector (photography) and Compensation (psychology), with related work in Surrogate model, Finite element method, Antenna (radio). Notable publications include 'The Active Compensation Technique for Large Reflector Antennas Based on Quadratic Curve Fitting', 'Finite Element Model Updating Method for Radio Telescope Antenna Based on Parameter Optimization with Surrogate Model', and 'Real-Time State Evaluation System of Antenna Structures in Radio Telescopes Based on a Digital Twin'.
Real-Time State Evaluation System of Antenna Structures in Radio Telescopes Based on a Digital Twin
Frequency-Independent Electromechanical Coupling Analysis Method for Terahertz Dual-Reflector Antennas
Research on the Full-path Active Adjustment Strategy of Dual Reflector Antennas
The Active Compensation Technique for Large Reflector Antennas Based on Quadratic Curve Fitting
Finite Element Model Updating Method for Radio Telescope Antenna Based on Parameter Optimization with Surrogate Model
Active Compensation of Reflector Antenna Structural Deformation Based on Deep BP-Neural Network
Digital Twin System for Reflector Antenna Structure Performance Evaluation Based on Surrogate Model
Active Adjustment of the Subreflector Shape for the Large Dual-Reflector Antenna