Explore MATLAB source code curated for "chirp信号" with clean implementations, documentation, and examples.
Chirp signal pulse compression generates frequency-modulated signals and applies compression processing to achieve high range resolution in radar systems, commonly implemented using matched filtering algorithms.
Accurate MATLAB chirp signal simulation with complete code and documentation, including algorithm explanations and key function descriptions. Ready for download with comprehensive implementation guidance.
MATLAB implementation of chirp signal simulation demonstrating FRFT transformation focusing effects, featuring code descriptions for signal generation and fractional Fourier transform analysis
Implementation of fractional Fourier transform for chirp signals demonstrating energy concentration effects, with additional analysis of single-frequency, multi-frequency, and Gaussian signals using FrFT
This article provides a comprehensive spectral analysis of chirp signals and demonstrates the effectiveness of chirp signal matched filtering through simulation experiments. The implementation includes detailed exploration of chirp signal characteristics, matched filtering principles, and practical applications with code-based demonstrations.
Generate a chirp signal and analyze its time-domain and frequency-domain characteristics. Implement matched filtering for signal detection, including handling scenarios with time delays for accurate filtering.
Synthetic Aperture Radar simulation source codes including chirp signal generation, echo simulation, pulse compression, range cell migration correction, and range-Doppler algorithm implementations - providing a systematic learning resource for SAR simulation with detailed code-level explanations.
MATLAB implementation of Fractional Fourier Transform applied to chirp signals, featuring spectral analysis of non-stationary signals with code-level optimization
File specifications: 1) mychirpmdl.mdl implements a chirp signal pulse train using Simulink tool. Parameter configurations can be referenced from MATLAB help documentation. 2) mychirp.m is a MATLAB source file implementing chirp signal pulse train with detailed comments and configurable parameters (note parameter interdependencies). 3) mychirp.fig displays the execution results of mychirp.m. 4) mypluse.m demonstrates function-based pulse train implementation for reference only (not used in actual design).