End-to-End Simulation

Waveform generation, link-level PER, and channel modeling

WLAN Toolbox™ provides functions that let you model end-to-end communication links. The examples featured here demonstrate modeling end-to-end communication links and analyzing link performance.

Apps

WLAN Waveform Generator

Create, impair, visualize, and export WLAN waveforms

Functions

`wlanWaveformGenerator`	Generate WLAN waveform
`biterr`	Number of bit errors and bit error rate (BER)

Objects

`wlanTGnChannel`	Filter signal through802.11nmultipath fading channel
`wlanTGacChannel`	Filter signal through 802.11ac multipath fading channel
`wlanTGahChannel`	Filter signal through 802.11ah multipath fading channel
`wlanTGaxChannel`	Filter signal through802.11axmultipath fading channel
`comm.ErrorRate`	Compute bit or symbol error rate of input data

Featured Examples

802.11be Packet Error Rate Simulation for an EHT MU Single-User Packet Format

Measure the packet error rate of an IEEE^®802.11be™ EHT SU link.

Open Script

802.11ax Packet Error Rate Simulation for Single-User Format

Measure the packet error rate of an IEEE 802.11ax™ HE SU link.

Open Script

802.11ax Downlink OFDMA and Multi-User MIMO Throughput Simulation

Simulate transmit and receive processing for an IEEE 802.11ax HE MU link.

Open Script

802.11ax Packet Error Rate Simulation for Uplink Trigger-Based Format

Measure the packet error rate of a beamformed IEEE 802.11ax HE TB uplink transmission.

Open Script

802.11ax Compressed Beamforming Packet Error Rate Simulation

Measure the packet error rate of IEEE 802.11ax HE SU transmissions with different beamforming feedback quantization levels.

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802.11ax Feedback Status Misdetection Simulation for Uplink Trigger-Based Feedback NDP

Measure the probability of misdetecting feedback status information in an IEEE 802.11ax HE TB feedback NDP transmission.

Open Live Script

Three-Dimensional Indoor Positioning with 802.11az Fingerprinting and Deep Learning

Train a convolutional neural network for IEEE 802.11az™ localization and positioning.

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802.11az Positioning Using Super-Resolution Time of Arrival Estimation

Calculate the position of a STA in an IEEE 802.11az network.

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Design a Deep Neural Network with Simulated Data to Detect WLAN Router Impersonation

Design and train an RF fingerprinting CNN with simulated data to detect WLAN router impersonation.

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Test a Deep Neural Network with Captured Data to Detect WLAN Router Impersonation

Train an RF fingerprinting CNN with data captured from an SDR to detect WLAN router impersonation.

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802.11ad Packet Error Rate Single Carrier PHY Simulation with TGay Channel

Measure the packet error rate of an IEEE 802.11ad™ single-carrier link by using and end-to-end simulation with a TGay channel.

Open Script

802.11ad Packet Error Rate Simulation for Control PHY

Measure the packet error rate of an IEEE 802.11ad control PHY link by using an end-to-end simulation.

Open Script

802.11ad Packet Error Rate Simulation for OFDM PHY

Measure the packet error rate of an IEEE 802.11ad OFDM PHY link by using an end-to-end simulation.

Open Script

802.11ad Single Carrier Link with RF Beamforming in Simulink

Model an IEEE 802.11ad single-carrier link in Simulink^®.

Open Model

802.11ac Packet Error Rate Simulation for 8x8 TGac Channel

Measure the packet error rate of an IEEE 802.11ac™ link by using an end-to-end simulation with a TGac channel.

Open Script

802.11p Packet Error Rate Simulation for a Vehicular Channel

测量/ IEEE 802.11便士™链接的using an end-to-end simulation with a V2V fading channel with AWGN.

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802.11ah Packet Error Rate Simulation for 2x2 TGah Channel

Measure the packet error rate of an IEEE 802.11ah™ link by using an end-to-end simulation with a TGah channel.

Open Script

802.11n Packet Error Rate Simulation for 2x2 TGn Channel

Measure the packet error rate of an IEEE 802.11n™ link by using an end-to-end simulation with a TGn channel.

Open Script

802.11n Link in Simulink

Simulate an IEEE 802.11n link in Simulink.

Open Model

802.11 Dynamic Rate Control Simulation

Maximize IEEE 802.11™ link throughput in time-varying channels by using dynamic rate control.

Open Script