Model of Frequency-Selective Rayleigh Fading Channel
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Resource Overview
This is a frequency-selective Rayleigh fading channel model, implemented as a two-path configuration with programmable delay and attenuation parameters.
Detailed Documentation
This model simulates a frequency-selective Rayleigh fading channel using a two-path implementation approach. Specifically, we model both the main path and a secondary path, incorporating their respective effects on signal propagation. The implementation typically involves generating independent Rayleigh fading processes for each path using techniques like Clarke's model or Jakes' simulator, with appropriate delay and power allocation between paths. This modeling approach enables more accurate characterization of channel fading properties, facilitating comprehensive analysis and research into wireless communication performance under frequency-selective conditions. The code structure generally includes path delay configuration, Rayleigh random variable generation, and signal convolution operations to simulate multipath effects.
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