bat365 Homepage

System-Level Simulation

Multinode networks, protocol stack, multilayer processing

WLAN Toolbox™ system-level simulations model communication links with multiple nodes. The simulations operate across a protocol stack that includes physical (PHY), medium access control (MAC), and application layers. You can measure quantities such as throughput, latency, interference, and packet loss at the node and network levels. You can also investigate coexistence of WLAN signals with Bluetooth^® signals and improve simulation efficiency by using PHY abstraction techniques.

Functions

`associateStations`	Associate stations to WLAN node (Since R2023a)
`addMobility`	Add random waypoint mobility model to WLAN node (Since R2023b)
`addTrafficSource`	Add data traffic source to WLAN node (Since R2023a)
`addMeshPath`	Add mesh path to WLAN node (Since R2023a)
`update`	Update configuration of WLAN node (Since R2023a)
`statistics`	Statistics of WLAN node (Since R2023a)

Objects

`networkTrafficFTP`	FTP application traffic pattern generator (Since R2020b)
`networkTrafficOnOff`	On-Off application traffic pattern generator (Since R2022a)
`networkTrafficVideoConference`	Video conference application traffic pattern generator (Since R2021a)
`networkTrafficVoIP`	VoIP application traffic pattern generator (Since R2020b)
`pcapWriter`	PCAP file writer of protocol packets (Since R2020b)
`pcapngWriter`	PCAPNG file writer of protocol packets (Since R2020b)
`wlanPCAPWriter`	PCAP or PCAPNG file writer of WLAN MAC packets (Since R2021a)
`wirelessNetworkSimulator`	Wireless network simulator (Since R2022b)
`wlanNode`	WLAN node (Since R2023a)
`wlanDeviceConfig`	Device configuration for WLAN node (Since R2023a)

Topics

Working of Wireless Network Simulator
Learn about the working of the wireless network simulator object.
Simulate an 802.11ax Network with Uplink and Downlink Application Traffic
Configure uplink and downlink traffic in a 802.11ax™ network.
Create, Configure, and Simulate an 802.11ax Mesh Network
Simulate an 802.11ax Mesh Network and visualize the statistics.
Simulate an 802.11ax Hybrid Mesh Network
Create, configure, and simulate a 802.11ax™ hybrid mesh network.
Simulate a Multiband 802.11ax Network
Create, configure, and simulate an 802.11ax™ network operating on 2.4 GHz and 5 GHz band.
Simulate an 802.11ax Network with Full MAC and Abstracted PHY
Simulate MAC and PHY Layer Abstraction in WLAN System-Level Simulation.
WLAN System-Level Simulation Statistics
Explore the statistics captured in a WLAN system-level simulation.
Bluetooth-WLAN Coexistence
Understand the coexistence of Bluetooth and WLAN.

Featured Examples

Get Started with WLAN System-Level Simulation in MATLAB

Create a multinode WLAN system-level simulation consisting of an IEEE^® 802.11ax access point (AP) and a station (STA) by using WLAN Toolbox.

Open Live Script

802.11ax Uplink OFDMA Multinode System-Level Simulation

Model and simulate a WLAN multinode uplink OFDMA network.

Open Live Script

802.11ax Downlink OFDMA Multinode System-Level Simulation

Model and simulate WLAN multinode downlink OFDMA network.

Open Live Script

802.11ax Multinode System-Level Simulation of Residential Scenario

Model an IEEE 802.11ax residential scenario.

Open Live Script

Spatial Reuse with BSS Coloring in 802.11ax Network Simulation

Simulate the impact of spatial reuse with BSS coloring on the 802.11ax network throughput.

Open Live Script

Collaborative Coexistence of Bluetooth LE, BR/EDR, and WLAN Using PHY Packet Traffic Arbitration

Simulate collaborative coexistence of Bluetooth LE, BR/EDR, and WLAN networks with PHY PTA.

Open Live Script

Simulate Noncollaborative Coexistence of Bluetooth LE, Bluetooth BR/EDR, and WLAN Networks

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

Open Live Script

Noncollaborative Bluetooth LE Coexistence with WLAN Signal Interference

Simulate Bluetooth LE noncollaborative coexistence with WLAN interference.

Open Live Script

PHY Simulation of Bluetooth BR/EDR, LE, and WLAN Coexistence

Model and simulate homogeneous and heterogeneous coexistence between Bluetooth BR/EDR, LE, and WLAN networks.

Open Live Script

802.11 MAC and Application Throughput Measurement

Measure MAC and application layer throughput in a multinode IEEE 802.11™ network by using SimEvents^®, Stateflow^®, and WLAN Toolbox.

Open Model

802.11ax System-Level Simulation with Physical Layer Abstraction

Model a multinode IEEE 802.11ax network with abstracted PHY by using SimEvents and Stateflow.

Open Model

802.11ax PHY-Focused System-Level Simulation

Perform a PHY-focused system-level simulation for IEEE 802.11ax. Validate the simulation and estimate the network PER.

Open Script

Physical Layer Abstraction for System-Level Simulation

Demonstrates IEEE 802.11ax physical layer abstraction for system-level simulation.

Open Live Script

Generate and Visualize FTP Application Traffic Pattern

Generate and visualize an FTP traffic pattern based on the IEEE 802.11ax evaluation methodology.

Open Live Script