Finite Element Program for Space Truss Analysis Using MATLAB Programming
A MATLAB-based finite element program implementation for calculating and analyzing space trusses, demonstrating structural mechanics simulations with numerical methods
RCWA Algorithm Application: Computing 2D Optical Gratings
MATLAB-based implementation of RCWA algorithm for calculating 2D optical gratings with comprehensive parameter configuration and electromagnetic field analysis
Calculation of Signal-to-Noise Ratio and Other Parameters for Sigma-Delta ADCs
Computation methods and algorithms for evaluating signal-to-noise ratio and key performance metrics in sigma-delta analog-to-digital converters, including MATLAB implementation approaches for noise analysis and spectral estimation.
Calculating Signal-to-Noise Ratio for Noisy Images
MATLAB algorithm implementation for computing signal-to-noise ratio in noisy images with code explanations
Computing Lyapunov Exponents and Poincaré Sections for Chaotic Systems
This article provides comprehensive guidance on calculating Lyapunov exponents and constructing Poincaré sections for chaotic systems, including algorithm explanations and implementation approaches using numerical methods.
MATLAB Signal-to-Noise Ratio (SNR) Calculation
MATLAB implementation for SNR computation supporting both mono and stereo audio signals, featuring accurate mathematical formulas and well-structured code with preprocessing capabilities
Generation of Single Pulse Radar Signal Waveforms and Computation of Their Ambiguity Functions
Comprehensive guide covering single pulse radar signal waveform generation, ambiguity function calculation, and graphical representation with code implementation details
DelayTime_MutualInformation Method for Computing Delay Time in Chaotic Time Series with MATLAB Implementation
Original MATLAB program implementing the DelayTime_MutualInformation method to calculate optimal delay time for chaotic time series analysis
MATLAB Calculation and Visualization of Short-Term Energy Curve or Short-Term Average Amplitude Curve
Record your own audio signal, convert its sampling rate to 44100Hz, then use MATLAB to compute and plot either the short-term energy curve or short-term average amplitude curve (choose one). Implementation uses 20ms frame length, 10ms frame shift, and rectangular window function with signal processing algorithms.
Calculation and Plotting of Signal-to-Noise Ratio and Bit Error Rate for 16APSK Communication Systems
Implementation and visualization of SNR and BER calculations for 16APSK communication systems with code-based mathematical modeling and graphical representation