Source Code for "Principles of Computational Fluid Dynamics" CFD BOOK
Source code accompanying the CFD BOOK "Principles of Computational Fluid Dynamics" with implementations of numerical algorithms and simulation methods
Direct Torque Control Source Code
Direct Torque Control source code with comprehensive MATLAB implementation, including .m files for collaborative research and analysis.
Gaussian Elimination for Solving Linear Equations with MATLAB Implementation
MATLAB implementation of Gaussian elimination method for solving linear equations, including comprehensive code comments and source code analysis with algorithm optimization techniques
Comprehensive MATLAB Simulation of Three-Joint Robotic Arm with Kinematic Modeling and Control Algorithms
Integrated MATLAB and Simulink simulation of a three-joint robotic arm featuring kinematic/dynamic modeling, source code implementation, and trajectory control algorithms
MATLAB Source Code Implementation for Parabolic Equations
This MATLAB source code provides a complete parabolic equation implementation with simple, easy-to-understand functionality using vectorized programming techniques
MATLAB Implementation of BM3D Denoising Algorithm
Source code implementation of BM3D (Block-Matching 3D) denoising method with detailed algorithmic explanations and practical applications.
MATLAB Source Code for SNR to Eb/N0 Conversion with BER/SER Analysis and Plotting
A MATLAB source code implementation that performs SNR to Eb/N0 conversion with additional capabilities for Bit Error Rate (BER) and Symbol Error Rate (SER) calculations, including comprehensive plotting functionality for performance analysis.
Monte Carlo Method Implementation Program
Core source code for Monte Carlo method implementation, providing multiple distribution types for random variables with ready-to-use functionality.
Gaussian Pulse Waveform Variation
This is the source code for Gaussian pulse waveform variation, which serves as the foundation for simulating ultra-wideband waveform pulse formatters.
TE (Tennessee-Eastman) System Source Code
Source code implementation of the TE (Tennessee-Eastman) system, providing a comprehensive benchmark platform for fault diagnosis simulation and control algorithm development