Explore MATLAB source code curated for "大作业" with clean implementations, documentation, and examples.
This submission contains the complete second major assignment for Beihang University's Flight Control System course, featuring fully debugged and executable source code alongside a comprehensive technical report written according to specification requirements. The implementation includes core flight control algorithms and system validation procedures.
This document presents my comprehensive adaptive control project featuring Model Reference Adaptive Control (MRAC) with Simulink simulations and Minimum Variance Adaptive Control for CARMA models. The project includes detailed Simulink block diagrams, MATLAB code implementations with algorithm explanations, thorough technical analysis, and well-organized graphical results. It serves as a valuable resource for students and researchers studying adaptive control systems.
This comprehensive coursework on nonlinear control theory features classical concepts with fully executable code implementations. Meticulously developed and thoroughly tested, this project serves as an excellent learning resource for students studying advanced control systems. The implementation includes robust algorithms for nonlinear system analysis and controller design.
This is my major assignment in rotor dynamics, focusing on MATLAB implementation for calculating critical speeds of dual-rotor systems using transfer matrix methodology.
This hypersonic vehicle course project establishes a six-degree-of-freedom model and implements comparative simulations using pole placement, LQR, and H-infinity control strategies with detailed algorithm implementations.
Collection of software defined radio materials for my major academic project - available for download and review by interested individuals
Face Recognition System: Implementing Principal Component Analysis (PCA) to distinguish between human faces and non-face objects. Primarily developed for a stochastic processes course project, featuring dimensionality reduction and pattern classification techniques.
This is my final project for the Digital Image Processing course, where I developed a MATLAB GUI interface to demonstrate various image processing techniques. The interface includes practical implementations of filtering and transformation operations with detailed code explanations.
This is my graduate-level Intelligent Computing course project featuring executable MATLAB m-files and Simulink mdl files implementing fuzzy control systems with complete algorithm implementations.
Simulation files for TDMA communication systems, suitable for academic course projects with comprehensive code implementations and performance analysis capabilities.