Compressed Sensing-Based Channel Estimation
Optimizing wireless channel estimation modules using compressed sensing techniques with code implementation explanations
Doppler Spectrum of Wireless Channels
2. Regarding the Doppler spectrum of wireless channels, please answer the following questions: (1) In certain wireless channels, Doppler frequency shift can cause aliasing in the output signal. Describe the various causes of aliasing; (2) There exists a classic spectrum in wireless channel Doppler spectra. Explain the mechanism behind this spectral shape; (3) Write code using Simulink tools (via S-Function approach) to generate a single-path Rayleigh channel with a classic Doppler spectrum shape, where the mobile speed is 120 km/h. Additionally, answer: Possible methods to verify the correctness of the computer-generated classic spectrum.
Root Mean Square Delay Spread for Wireless Channel Parameters
This MATLAB documentation provides specific calculation methods for the root mean square (RMS) delay spread parameter in LTE wireless channels, establishing connections between multipath channel delays and the RMS parameter. Includes MATLAB implementation approaches using channel impulse response data and statistical delay processing algorithms.
Wireless Channel Adaptive Equalizer Using LMS Algorithm
An LMS algorithm-based wireless channel adaptive equalizer implementation with practical applications and verified effectiveness
Doppler Shift Causes Aliasing in Wireless Channel Output Signals
(1) In certain wireless channels, Doppler shift can cause aliasing in the output signals. This document analyzes various causes of aliasing and explains the mechanism behind the classic Doppler spectrum. (2) The implementation details include creating a single-path Rayleigh channel with Simulink using S-Function, configured for 120 km/h velocity with classic Doppler spectrum. (3) Validation methods using spectral analysis tools and theoretical comparisons are discussed to verify the generated spectrum's correctness.
Simulation of Wireless Channel Fading
Simulation of wireless channel fading including free space path loss and ground reflection loss modeling with implementation approaches
MATLAB Simulation of COST207 Channel Model
MATLAB simulation of the COST207 standardized wireless channel model with implementation details for multipath propagation, fading generation, and channel response computation
Simulation of Multipath Effects and Doppler Shift
Simulating Multipath Effects and Doppler Frequency Shift with Code Implementation Details