Explore MATLAB source code curated for "接收信号" with clean implementations, documentation, and examples.
Implementation of direction of arrival estimation through compressive sensing, utilizing singular value decomposition for received signal dimensionality reduction and L1-norm minimization for sparse signal recovery
In MATLAB, signal S convolved with channel H produces received signal V using V = conv(S,H), followed by deconvolution from V and H to recover original parameters.
Dual-Channel Spaceborne Synthetic Aperture Radar (DPCA) implementation where the first antenna transmits signals while both antennas simultaneously receive backscattered data.
Pulse Doppler radar received signal processing involves Fast Fourier Transform implementation, comprehensive spectral analysis, and graphical output visualization - a fundamental implementation example with MATLAB/Python code-ready approach
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.
A direct sequence spread spectrum communication system with interference, where PN codes are generated using m-sequence generators and transmitted through an additive white Gaussian noise (AWGN) channel. The received signal at the receiver comprises "useful signal + AWGN + interference." The system performs despreading and decision operations to recover user signals. Key implementation aspects include generating m-sequences using linear feedback shift registers (LFSRs), implementing correlation-based despreading algorithms, and employing threshold detection for signal decisions. The system demonstrates bit error rate (BER) performance versus Eb/N0 ratio under different spreading gains (10, 30, 50), showing how processing gain affects interference rejection capability.