Plotting Sine Waves with Parameters
Generate and visualize sine wave graphs with customizable parameters using programming implementation
Explore MATLAB source code curated for "参数" with clean implementations, documentation, and examples.
Generate and visualize sine wave graphs with customizable parameters using programming implementation
MATLAB implementation example of GS algorithm, simulating a circular halo structure with detailed parameter configuration as documented in MATLAB code comments
IEEE various node diagrams for reference only. In power system analysis and computation, different network structures and parameters are required. Before applying these parameters, data collection and organization can be time-consuming.
Implementation of genetic algorithm for PID controller parameter optimization using MATLAB programming, applied to first-order plus time delay system control with step response simulation analysis.
A satellite attitude control system model was developed using MATLAB Simulink, enabling satellite control through parameter adjustments of controllers and other components, with detailed simulation algorithms and function implementations.
This particle filter implementation provides robust moving object tracking, personally tested with excellent performance. The code includes human motion video examples - simply run the MAIN file for immediate testing with customizable parameters. Ready for download and implementation.
Implementing the Method of Moments to compute field distribution for thin-wire antennas with customizable parameters like antenna length, including code-based algorithmic explanations for impedance matrix formulation and excitation vector handling.
Standard lead-acid battery MDL models with pre-configured parameters following industry-standard battery specifications. Ready for download and implementation in simulation environments.
This implementation of the multiphase level set image segmentation algorithm achieves fast processing speeds with excellent segmentation results through parameter optimization. The code efficiently handles multiple phase boundaries using level set evolution equations.
Analyze waveform frequency spectra using the Spectrum Scope in DSP Builder, requiring correct parameter configurations and proper module integration for accurate spectral analysis