Main Content

Propagation Channel Models

Models for MIMO fading channel, EPA, EVA, and ETU; moving propagation channel; high-speed train MIMO channel

Propagation channel modeling functions to impair transmitted signals with environmental disturbances. Examples demonstrate addition of propagation channel effects to model 3GPP pedestrian (EPA), vehicular (EVA), urban (ETU), high-speed train (HST), MIMO fading, and moving propagation scenarios.

Functions

lteFadingChannelMultipath fading MIMO channel propagation conditions
lteMovingChannelMoving channel propagation conditions
lteHSTChannelHigh-speed train MIMO channel propagation conditions

Objects

lte3DChannelFilter signal through 3-D MIMO fading channel

Topics

Propagation Channel Models

Describes the implementation of channel models specified by the LTE standard and corresponding functions in the LTE Toolbox™ product.

OFDM Modulation and Propagation Channel Models

Block diagram view of the OFDM modulation and propagation channel models and associated functions in the LTE Toolbox.

SC-FDMA Modulation and Propagation Channel Models

Block diagram view of the SC-FDMA modulation and propagation channel models and associated functions in the LTE Toolbox.

Simulate Propagation Channels

This example shows how to simulate propagation channels.

Find Channel Impulse Response

This example shows how to find the channel impulse response of a 2-by-2 MIMO system.

LTE Toolbox Documentation

Support

5G Development with MATLAB

5G Development with MATLAB

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