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End-to-End Simulation

Link-level simulation and analysis in the presence of RF impairments, path loss, and WLAN

Bluetooth^® Toolbox features and reference examples enable you to model end-to-end communication links and analyze the link-level performance of the Bluetooth basic rate/enhanced data rate (BR/EDR) and low energy (LE) communication systems.

Use the end-to-end simulation capabilities of the toolbox to:

Perform end-to-end Bluetooth BR/EDR and LE simulation and evaluate the performance in the presence of radio frequency (RF) impairments, path loss, and WLAN interference.
Compute the packet error rate (PER) and bit error rate (BER) values for the Bluetooth BR/EDR and LE waveforms.

To explore features and examples related to RF impairments and corrections, see RF Component Modeling.

Block diagram of Bluetooth LE transmitter-receiver chain and practical receiver

Functions

`bluetoothWaveformGenerator`	Generate Bluetooth BR/EDR PHY waveform (Since R2020a)
`bluetoothIdealReceiver`	Decode Bluetooth BR/EDR PHY waveform (Since R2020a)
`bleWaveformGenerator`	Generate Bluetooth LE PHY waveform (Since R2019b)
`bleIdealReceiver`	Decode Bluetooth LE PHY waveform (Since R2019b)
`bluetoothPathLoss`	Estimate path loss between Bluetooth BR/EDR or LE devices (Since R2022b)

Objects

`bluetoothWaveformConfig`	Bluetooth BR/EDR waveform generator configuration parameters (Since R2020a)
`bluetoothPhyConfig`	Bluetooth BR/EDR PHY configuration parameters (Since R2020a)
`bluetoothFrequencyHop`	Bluetooth BR/EDR channel index for frequency hopping (Since R2020b)
`bluetoothPathLossConfig`	Bluetooth BR/EDR or LE path loss configuration parameters (Since R2022b)

Topics

Add RF Impairments and Fading Channel Model to Bluetooth LE Waveform in an Indoor Environment
Generate a Bluetooth LE waveform and distort it by adding RF impairments and fading channel model in an indoor environment.
Generate and Attenuate Bluetooth BR/EDR Waveform in Industrial Environment
Generate and attenuate Bluetooth BR/EDR waveform in an industrial environment.

Featured Examples

End-to-End Bluetooth BR/EDR PHY Simulation with Multipath Fading Channel, RF Impairments, and Corrections

Perform end-to-end Bluetooth BR/EDR PHY simulation in the presence of multipath fading channel, RF impairments, and corrections.

Open Live Script

End-to-End Bluetooth LE PHY Simulation with Multipath Fading Channel, RF Impairments, and Corrections

Perform end-to-end Bluetooth LE PHY simulation in the presence of multipath fading channel, RF impairments, and corrections.

Open Live Script

End-to-End Bluetooth LE PHY Simulation Using Path Loss Model, RF Impairments, and AWGN

Perform end-to-end Bluetooth LE PHY simulation in the presence of path loss model, RF impairments, and AWGN.

Open Live Script

End-to-End Bluetooth BR/EDR PHY Simulation with Path Loss, RF Impairments, and AWGN

Perform end-to-end Bluetooth BR/EDR PHY simulation in the presence of path loss model, RF impairments, and AWGN.

Open Live Script

End-to-End Bluetooth BR/EDR PHY Simulation with WLAN Interference and Adaptive Frequency Hopping

Perform end-to-end simulation and study how adaptive frequency hopping (AFH) alters the frequency hopping sequence in Bluetooth BR/EDR PHY and minimizes the impact of WLAN interference.

Open Live Script

End-to-End Bluetooth BR/EDR PHY Simulation with AWGN, RF Impairments and Corrections

Perform end-to-end Bluetooth BR/EDR PHY simulation in the presence of RF impairments and AWGN.

Open Live Script

End-to-End Bluetooth LE PHY Simulation with AWGN, RF Impairments and Corrections

Perform end-to-end Bluetooth LE PHY simulation in the presence of RF impairments and AWGN and measure bit error rate (BER) and packet error rate (PER).

Open Script

Bluetooth LE Bit Error Rate Simulation with AWGN

Measure the bit error rate (BER) for different Bluetooth LE PHY modes.

Open Script