Empirical Mode Decomposition
After applying Empirical Mode Decomposition, three-dimensional plots can be generated using instantaneous frequency, time, and amplitude as coordinates to visualize signal characteristics.
MATLAB Implementation of 2D MUSIC Algorithm for Direction of Arrival Estimation
MATLAB program implementing 2D MUSIC algorithm using 8-element uniform circular array with 3D visualization capabilities for azimuth and elevation angle estimation
Function Optimization Using Genetic Algorithm
Optimizing the function f(x) = Σ(i=1 to n) x_i * sin(√|x_i|) using genetic algorithm to obtain convergence values, with visualization through 3D plots and fitness evolution curves.
MTE Code Implementation for WSN Classical Algorithms with 3D Visualization
Comprehensive implementation of MTE (Minimum Total Energy) code for Wireless Sensor Network (WSN) classical algorithms, featuring detailed 3D plotting capabilities and practical code examples for network simulation and analysis.
Calculation of Cyclic Spectral Correlation for Digital Modulation Signals
Compute cyclic spectral correlation for digital modulation signals and generate 3D visualizations with 2D cross-sectional plots
Computation of Three-Dimensional and Two-Dimensional Biphase Spectrum Plots for Time Series Analysis
Calculate and visualize time series biphase spectrum using 3D and 2D plots, essential for investigating nonlinear processes with code-driven implementation techniques
3D Spherical Coordinates and Polar Coordinate Conversion for Spherical Plotting
3D Spherical Coordinate System: Cartesian to Polar Coordinate Transformation for Three-Dimensional Graphing
3D Graph Plotting with Slice Visualization
Techniques for creating three-dimensional plots and implementing slice display functionality through programming approaches