Simulation Results of Galileo BOC Signal Generation and Acquisition
Simulation Analysis of Galileo Binary Offset Carrier (BOC) Signal Generation and Acquisition Performance
Convenient Random Number Generation
MATLAB-based random number generation solution supporting uniform distribution, Gaussian distribution, and other statistical distributions with practical code implementation examples
Implementation of Two Distinct Hysteresis Models
Generation of two different hysteresis mechanisms - backlash and Preisach - with model implementation insights
Documentation on Generation and Simulation of M-Sequences
This resource provides MATLAB-based files for generating and simulating M-sequences in PDF format, featuring practical code implementations and algorithm explanations.
Generating a Set of Normally Distributed Random Numbers
This program generates normally distributed random numbers, which is highly useful for simulating data that follows or approximately follows a normal distribution in practical production scenarios. The implementation typically utilizes statistical algorithms like the Box-Muller transform or built-in functions such as randn() in MATLAB for efficient generation.
Simulating Optical Fringe Patterns for Central Stress Concentration
MATLAB-based simulation for generating optical fringe patterns with central stress concentration, featuring algorithms to produce wrapped phase maps and fringe centerline plots for stress analysis applications.
Generating Gaussian Colored Noise Random Numbers
A compact MATLAB utility for generating Gaussian colored noise random numbers with configurable parameters and visualization capabilities.
OFDM Generation, Transmission, and Reception
Overview of OFDM generation, transmission, and reception processes with implementation insights