Coexistence Modeling

Model and simulate coexistence network scenarios between different technologies sharing spectrum

Wireless Network Toolbox™ enables you to simulate coexistence scenarios involving multiple wireless technologies. Use this toolbox to:

Model the coexistence of different wireless technologies such as WLAN and Bluetooth.
Experiment with various coexistence strategies for shared spectrum scenarios.
Measure key performance indicators (KPIs), such as throughput, latency, packet delivery ratio (PDR), and packet loss ratio (PLR), at both the node and network levels to analyze the network and the effects of interference.
Visualize coexistence in the traffic viewer, and capture IQ samples at the receiver.

Objects

`wirelessNetworkSimulator`	Wireless network simulator (Since R2022b)
`wlanNode`	WLAN node (Since R2023a)
`bluetoothNode`	Bluetooth BR/EDR node (Since R2022b)
`bluetoothLENode`	Bluetooth LE node (Since R2022a)

`networkTrafficOnOff`	On-Off application traffic pattern generator (Since R2022a)
`networkTrafficVoIP`	VoIP application traffic pattern generator
`networkTrafficVideoConference`	Video conference application traffic pattern generator
`networkTrafficFTP`	FTP application traffic pattern generator

`pcapReader`	PCAP file reader of protocol packets (Since R2021b)
`pcapWriter`	PCAP file writer of protocol packets
`pcapngWriter`	PCAPNG file writer of protocol packets
`wirelessIQLogger`	Log IQ samples at wireless nodes (Since R2026a)
`wirelessNetworkEventTracer`	Log, read, and filter events from wireless nodes (Since R2026a)

`wirelessTrafficViewer`	View state transitions and channel occupancy of wireless nodes (Since R2026a)
`wirelessNetworkViewer`	View wireless networks (Since R2026a)

wnet.Node Implement custom wireless node (Since R2026a)

Bluetooth-WLAN Coexistence (Bluetooth Toolbox)
Understand the coexistence of Bluetooth^® and WLAN.

Simulate a noncollaborative coexistence scenario consisting of Bluetooth LE piconet, Bluetooth BR/EDR piconet, and WLAN BSS.

(Bluetooth Toolbox)

Simulate data and voice communication in a Bluetooth BR piconet with WLAN interference and supporting the adaptive frequency hopping.

(Bluetooth Toolbox)

Simulate noncollaborative Bluetooth LE coexistence with WLAN signal interference.

(Bluetooth Toolbox)

Simulate collaborative coexistence of Bluetooth BR/EDR, Bluetooth LE, and WLAN by using PHY packet traffic arbitration.

(Bluetooth Toolbox)

Explore how to configure and simulate noncollaborative coexistence of Bluetooth LE and WLAN in 6 GHz with LBT.

(Bluetooth Toolbox)

Simulate Bluetooth LE Auracast broadcast audio by using LC3 encoded audio data in an audio sharing network scenario.

(Bluetooth Toolbox)