Detection and Guidance of Aircraft Active Defense System
Aug 2017 to 2018
Performed computational analysis on the “Aircraft-Missile-Defender” three-body pursuit-evasion problem
Formulated MATLAB algorithms to implement the novel predictive guidance laws of the defender missile
Conducted research on nonlinear state estimation, target tracking, identification of missile's guidance law
Developed a real-time digital Aircraft Active Defense simulation system using RTX, including the full-process dynamics and closed loop control of aircrafts and missiles
Collaboratively developed the 3D visual flight simulation system using Unity3D
Cooperative Guidance of Multiple Aircrafts
Apr 2016 to Nov 2017
Designed and optimized the cooperative detection and guidance strategy
Proposed a position measurement method based on sensors fusion techniques
Formulated a framework to implement the dynamics simulation of vehicles by C++
Developed the visual simulation system using OpenSceneGraph
Performed the full-process dynamics simulation of midcourse defense
Trajectory Planning of Approaching Non-cooperative Targets Based on Gauss Pseudospectral Method
Modeling and Flight Control of a Flying-Wing Tailsitter
Sep 2015 to Nov 2016
Performed analysis on the simulation using Simulink
Assembled an S500 UAV and made several experiments
Worked with fellow group members and produced a Flying-Wing Tailsitter UAV
Collaboratively developed a novel active disturbance rejection control method
Other
UAV Flying
Missile Infrared Simulation
Human-computer Interaction
Cooperative control of human-computer interaction tools with high recognition rate