Explore MATLAB source code curated for "时延" with clean implementations, documentation, and examples.
Implementation of transfer matrix method for computing time delay and reflection spectrum characteristics of linearly chirped and Gaussian apodized fiber Bragg gratings with algorithm details
MATLAB implementation for calculating optimal time delay in chaotic time series phase space reconstruction through mutual information method
Implementing packet scheduling in switches using genetic algorithms to improve switching efficiency, reduce delay jitter, and minimize transmission delays, with code-level optimizations for resource allocation and performance enhancement.
Implementation of OFDM's autocorrelation cyclic function featuring a 6-path Rayleigh fading channel model with comprehensive delay considerations. The simulation generates cyclic autocorrelation diagrams, cross-sectional plots, and allows customizable Monte Carlo iterations (typically set to 200 runs). Includes MATLAB-based implementation for channel modeling and statistical analysis.
This section provides a complete MATLAB program example for calculating reflection spectrum and time delay of chirped gratings using the transfer matrix method. The code has been verified to run successfully in MATLAB 5.13 and Windows 2000 environments, with results shown in Figure 8. The implementation allows parameter modification including grating length, effective refractive index, refractive index modulation depth, and chirp coefficient to obtain reflection spectra and time delay curves under different conditions. By uncommenting the "% apodization" line, users can generate apodized grating reflection spectra and time delay characteristics, which yield significantly smoother curves compared to those shown in Figure 8.
Generate two remote transmitted signals with normalized processing to introduce time delay in one signal, followed by computing higher-order cumulants of both received signals. Implementation involves signal generation, delay incorporation, normalization techniques, and statistical moment calculations.
Implementation of ambiguity function plotting for BPSK Barker codes using time-frequency conversion method, including time-delay (τ) cross-sections, Doppler frequency shift (fd) cross-sections, and ambiguity diagram visualization techniques with MATLAB code examples.
A comprehensive simulation program for wideband time-delay beamforming, featuring clear implementation with commented code examples ideal for beginners. Includes practical demonstrations of delay calculation algorithms and beam pattern visualization techniques.
Simulating Multipath Effects and Doppler Frequency Shift with Code Implementation Details