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A Matlab-based Object-Oriented Approach to Multipath Fading Channel Simulation

version (505 KB) by Cyril Iskander
This white paper explains the algorithms used in the Communications Toobox's fading channel function


Updated 10 May 2016

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Editor's Note: This file was selected as MATLAB Central Pick of the Week

Multipath fading channel simulators are essential components of wireless systems physical layer simulations. This white paper presents a MATLAB-based approach to multipath fading channel simulation.
Section II presents an overview of popular methodologies for the simulation of multipath fading channels. Two effects must be simulated: the time selectivity of the channel (Doppler spreading) due to motion, and the frequency selectivity (time spreading) due to resolvable multipath components. Simulation approaches are reviewed for both these tasks.

Section III presents an overview of the simulation methodology used in our channel simulator. The simulator employs an interpolated filtered Gaussian noise source to simulate the Doppler spreading, followed by a bandlimited channel transformation to efficiently simulate the multipath dispersion. Both Rayleigh and Rician processes can be generated, for a set of different Doppler spectra.

Section IV presents the application programming interface (API) of the Communications Toolbox's channel functions, along with channel object properties. Examples illustrate how to create channel objects, use them in a simulation, and visualize simulation quantities using the channel visualization tool.

Simulation examples are given in Section V. The statistical performance is evaluated in terms of the simulated fading processes' probability distributions, Doppler spectra and autocovariances.

Cite As

Cyril Iskander (2021). A Matlab-based Object-Oriented Approach to Multipath Fading Channel Simulation (, MATLAB Central File Exchange. Retrieved .

Comments and Ratings (29)

Zeyad Qasem

Excellent reference, Thank you


for downloading this file, if you use download manager press alt(depends to download manager setting) then click on download. windows download it , automatically.

Xiaochen Zhang


Spencer Carmichael

I believe there is a typo in equation (15). s(tau - tau_k) should be s(t - tau_k). Can anyone confirm?

Paul Dirac

Any idea how Eq. 16 is obtained ? It looks like the Shannon-Whittaker reconstruction formula, but with the time (t) variable in the signal factor s(t) instead of the sinc factor ??? Eq. 16 claims to reconstruct s(t-/tau) using samples of the sinc(B[\tau - nTs]) function(s) to scale delayed versions s(t - nT_s), i.e. uses s(t - nT_s) as basis functions for the reconstruction, whereas the orginal form uses the sinc functions as basis functions?

Dan Wu



how to download it?? can anyone tell me please?

Ho Hoa


I tried to use lteFadingChannel() function in MATLAB. But I don't understand the meaning of SEED and NTERM variables. Can you explain for me?

Niamen Parsa

Hello, How can I visualize the fading channel simulated using 'sum of sinusoid' ?

Xiyu Wang

zhang yao

this file should be download from database IEEE exploded libraries ,then search “A Matlab-based Object-Oriented Approach to Multipath Fading Channel Simulation” key words


Wei Lau

I wanna download it ,but how





hongjiang lei

How can I dowload?






thanks alot

yang lin

how can I download

Guan Gui

David Xiang


Tarakapraveen Uppalapati

Very good file and very useful for the beginner of the channel simulation using OOP.

PP Zhu

Solomon Uzoaru

I am yet to grab the whole stuff!

David Donovan

Exactly what I was looking for. I was wondering what was going on inside of rayleighchan() and friends!

dd ddd


huzaifa kapasi

excellent reference ... many thanks

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