Explore MATLAB source code curated for "天线" with clean implementations, documentation, and examples.
MATLAB-based simulation demonstrating beam steering and multi-beam formation capabilities of 1D linear and 2D planar phased array antennas, including implementation of phase shifting algorithms and radiation pattern visualization.
This code implements antenna transmit diversity functionality, successfully debugged and tested in MATLAB environment.
MATLAB program code implementing graphical visualizations from "Antenna and Wave Propagation" by Song Zheng and colleagues, including computational models for antenna radiation patterns and electromagnetic wave propagation analysis.
LTE Downlink Channel Estimation with 2x2 MIMO Configuration: Pilot-Based LS Algorithm with Interpolation Simulation
Implementation of STBC (Space-Time Block Code) encoding schemes in space-time coding, including source code demonstrations for 2-transmit-1-receive antenna configurations and single-input-single-output (SISO) antenna systems
Computational modeling of antenna radiation and electromagnetic field spatial distribution enables visualization of antenna patterns in both equatorial and meridional planes, which can be implemented using field calculation algorithms and radiation pattern plotting functions.
MIMO Capacity in Relation to Antennas - Equal Power Allocation Under Unknown CSI Conditions with Algorithm Implementation
Dual-Channel Spaceborne Synthetic Aperture Radar (DPCA) implementation where the first antenna transmits signals while both antennas simultaneously receive backscattered data.
The formation of 3D antenna radiation patterns significantly contributes to comprehensive antenna understanding and can be visualized through electromagnetic simulation code implementations.
Efficiently generate antenna radiation patterns in one-dimensional, two-dimensional, and three-dimensional representations using MATLAB's specialized functions and visualization tools, ideal for antenna design and optimization workflows