Explore MATLAB source code curated for "线性调频信号" with clean implementations, documentation, and examples.
Using MATLAB to generate and visualize linear frequency modulation signals in time-domain, performing spectral analysis, and investigating the impact of sampling frequency and signal-to-noise ratio on frequency spectrum characteristics.
Fundamentals of radar system analysis, linear frequency modulation signal ambiguity function calculation, monopulse angle measurement, including algorithm implementations and MATLAB code examples
MATLAB implementation for decomposing linear FM signals into I and Q components with low-pass filter output, including signal generation, quadrature processing, and filter design considerations.
Implementation of ISAR single prominent point phase compensation technique and linear frequency modulated signal pulse radar echo simulation for radar imaging systems.
Time-frequency analysis of linear frequency modulated signals using Short-Time Fourier Transform with implementation insights for signal processing applications
Implementation of linear frequency modulated signals for radar echo generation with range-Doppler processing techniques
Generating linear frequency modulated signals for use as fundamental function calls in programming, with implementation details for signal synthesis
Linear Frequency Modulated (LFM) signals are electromagnetic waveforms commonly employed in radar systems. When radar signals interact with targets, they generate reflected echo signals that can be processed to extract target information.
Ambiguity function analysis for Barker codes, linear frequency modulated (LFM) signals, single pulse signals, pulse train signals, and PRN codes with implementation considerations
Computes the power of linear frequency modulated signals using powerful custom MATLAB functions with detailed implementation insights