Explore MATLAB source code curated for "波束形成" with clean implementations, documentation, and examples.
Three delay-based beamforming programs widely applied in sonar, radar, and signal processing systems. All implementations are fully functional with simulation diagrams, featuring practical code examples demonstrating time-delay calculation, phase alignment, and beam steering techniques. Recommended for download and experimentation.
MATLAB implementation of frequency domain beamforming with linear arrays, featuring algorithm explanation and code structure
An application of Support Vector Machine in beamforming can effectively form beams with excellent performance, utilizing kernel functions for signal separation and direction-of-arrival estimation.
Beamforming Techniques and Implementation
Planar circular array beamforming implemented using array manifold vectors, with code examples to aid understanding of beamforming principles and signal processing techniques.
Array antenna beamforming program providing a convenient tool for antenna pattern simulation, with implementation details including phase/amplitude control algorithms and radiation pattern visualization.
Time delay estimation and beamforming methods are particularly useful for sound source tracking applications, with implementation approaches involving cross-correlation algorithms and digital signal processing techniques.
Comprehensive collection of smart antenna beamforming algorithms implemented through various programming approaches. For technical inquiries, contact: zgl-311@163.com
This is a comprehensive implementation of the LCMV (Linearly Constrained Minimum Variance) beamforming algorithm with signal processing applications
Linearly Constrained Minimum Variance Beamforming (simulation implementing beam pointing in two desired directions while forming nulls in two interference directions)