MATLAB Simulation of Doppler Frequency Shift in Relation to Distance
A MATLAB-based simulation exploring the relationship between Doppler frequency shift and distance, including code implementation and mathematical modeling
Explore MATLAB source code curated for "多普勒频移" with clean implementations, documentation, and examples.
A MATLAB-based simulation exploring the relationship between Doppler frequency shift and distance, including code implementation and mathematical modeling
Simulating multipath effects and Doppler frequency shift with time-delay variations implementation
MATLAB simulation of Doppler shift following Rayleigh distribution with implementation details
Gauss_generator generates deterministic real Gaussian processes using parameters like Doppler shift, coefficient, and phase shift. The gaussian.m program specifically handles deterministic discrete Doppler shift, coefficient, and phase shift calculations. Rice_generator extends Rayleigh processes by incorporating line-of-sight components to produce Rice processes. Suzuki_generator creates deterministic Suzuki processes. Rayleigh_Doppler_multiPath.m and Rayleigh_Doppler_singlePath.m analyze Rayleigh multipath fading for multi-path and single-path scenarios respectively. rayleigh_Filter_Model.m implements a filter model for Rayleigh fading identification. pdf_cdf_gen.m generates probability density functions (PDFs) and cumulative distribution functions (CDFs). test_rayleigh_
This contains MATLAB simulation programs that implement multipath and single-path channel modeling with Doppler shift under Rayleigh fading conditions, including parameter configuration and performance validation techniques.
MATLAB-based implementation of a single-channel simulation model incorporating Doppler frequency shift effects for wireless communication analysis
MATLAB source code for generating QPSK signals with added Doppler shift, Gaussian white noise, and multipath effects to simulate real-world wireless communication scenarios
Rayleigh fading with Doppler shift, a more realistic channel model incorporating Doppler frequency shift for practical wireless communication scenarios, including supplementary technical materials.
Comprehensive channel modeling implementation using MATLAB, incorporating multipath propagation, Doppler frequency shift considerations, and Rayleigh channel modeling techniques.
Basic modeling of multipath fading models including Doppler shift implementation, with practical code examples for communication system simulation