Wireless Sensor Network Clustering Algorithm
A MATLAB simulation for wireless sensor network clustering algorithms, featuring real-time monitoring of individual node energy levels and network survival statistics
PMSM Control System Implementation Using FOC Algorithm
After extensive embedded programming work, I developed a MATLAB simulation of a PMSM control system employing Field-Oriented Control (FOC) algorithm with SVPWM technique. The model demonstrates core FOC components including Clarke/Park transformations, PID controllers, and space vector modulation implementation. Shared in MDL format for reference.
MATLAB Simulation of Uniformly Accelerated Target Motion with Kalman and Alpha-Beta-Gamma Filtering
MATLAB simulation of uniformly accelerated target motion employing both Kalman filtering and alpha-beta-gamma (α-β-γ) filtering techniques, featuring implementation of Singer model and "current" statistical model for motion tracking and prediction.
WSN Routing Technologies with Energy-Efficient Algorithm Implementations
MATLAB simulation code for energy-efficient routing algorithms in Wireless Sensor Networks, comparing multi-hop routing and LEACH protocols. These implementations demonstrate extended network lifetime through optimized energy consumption strategies and path selection mechanisms.
Power Electronics DC-DC Conversion: MATLAB Simulation of Buck-Boost Chopper Circuit
Power Electronics DC-DC Conversion: MATLAB Simulation of Buck-Boost Chopper with Implementation Details and Performance Analysis
MATLAB Simulation of LEACH Protocol with Enhanced Code Implementation
This implementation integrates various code components with unnecessary elements hidden and comprehensive section annotations. The simulation automatically generates network topology visualization and a line chart showing rounds vs. surviving nodes, providing immediate execution and clear result analysis capabilities through optimized MATLAB functions.
MATLAB Simulation for Sliding Mode Variable Structure Control
This book provides systematic MATLAB simulation-based introduction to sliding mode variable structure control theory, methodologies, and application techniques. It incorporates the author's years of teaching and research experience along with recent advancements from domestic and international peers. The 10-chapter content covers sliding mode control development overview, continuous/discrete-time system control, fuzzy/neural sliding mode control, backstepping-based design, dynamic sliding mode control, disturbance estimation-based approaches, Terminal sliding mode, and novel variations. Each method includes MATLAB simulation code with detailed algorithm implementations using Control System Toolbox functions like `ss`, `step`, and custom switching function programming.
MATLAB Simulation of Direct Torque Control for Permanent Magnet Synchronous Motors
MATLAB simulation of Direct Torque Control (DTC) for Permanent Magnet Synchronous Motors (PMSM) with code implementation details and performance analysis
MATLAB Simulation of Direct Vector Rotor Field-Oriented Control
This MATLAB simulation demonstrates direct vector rotor field-oriented control implementation, featuring code-level analysis of coordinate transformations and PI controller design. While the closed-loop system shows some minor stability issues that require algorithm refinement, it effectively illustrates core vector control principles with practical implementation examples.
MATLAB Simulation Application of APFC with Implementation Approaches
MATLAB simulation application for Active Power Factor Correction (APFC), featuring complete functionality and serving as an excellent reference resource. Includes implementation of average current mode control techniques and practical simulation code examples.