Main Content

statistics

Get statistics of Bluetooth BR node

    Description

    example

    nodeStatistics = statistics(bluetoothBRNodeObj) returns the statistics of the Bluetooth® basic rate (BR) node object bluetoothBRNodeObj.

    Examples

    collapse all

    Initialize the wireless network simulator.

    networkSimulator = wirelessNetworkSimulator.init();

    Create two Bluetooth BR nodes, one with the "central" role and the other with the "peripheral" role. Specify the position of the Peripheral node, in meters.

    centralNode = bluetoothNode("central");
    peripheralNode = bluetoothNode("peripheral",Position=[1 0 0]);

    Create a default Bluetooth BR connection configuration object to configure and share a connection between the Bluetooth BR Central and Peripheral nodes.

    cfgConnection = bluetoothConnectionConfig;

    Configure the connection between the Central and the Peripheral nodes.

    connection = configureConnection(cfgConnection,centralNode,peripheralNode)
    connection = 
      bluetoothConnectionConfig with properties:
    
        CentralToPeripheralACLPacketType: "DH1"
        PeripheralToCentralACLPacketType: "DH1"
                           SCOPacketType: "None"
                     HoppingSequenceType: "Connection adaptive"
                            UsedChannels: [0 1 2 3 4 5 6 7 8 9 10 11 12 13 ... ]
                            PollInterval: 40
                           InstantOffset: 240
                        TransmitterPower: 20
                      SupervisionTimeout: 32000
    
       Read-only properties:
                          CentralAddress: "D091BBE70001"
                        PrimaryLTAddress: 1
    
    

    Create and configure a networkTrafficOnOff object to generate an On-Off application traffic pattern.

    traffic = networkTrafficOnOff(DataRate=200,PacketSize=27, ...
        GeneratePacket=true,OnTime=inf);

    Add application traffic from the Central to the Peripheral node.

    addTrafficSource(centralNode,traffic,DestinationNode=peripheralNode);

    Add the Central and Peripheral nodes to the wireless network simulator.

    addNodes(networkSimulator,[centralNode peripheralNode]);

    Specify the simulation time, in seconds.

    simulationTime = 0.3;

    Run the simulation for the specified simulation time.

    run(networkSimulator,simulationTime);
    Custom channel model is not added. Using free space path loss (fspl) model as the default channel model.
    

    Retrieve the application, baseband, and physical layer (PHY) statistics corresponding to the Central and Peripheral nodes.

    centralStats = statistics(centralNode)
    centralStats = struct with fields:
            Name: "Node1"
              ID: 1
             App: [1x1 struct]
        Baseband: [1x1 struct]
             PHY: [1x1 struct]
    
    
    peripheralStats = statistics(peripheralNode)
    peripheralStats = struct with fields:
            Name: "Node2"
              ID: 2
             App: [1x1 struct]
        Baseband: [1x1 struct]
             PHY: [1x1 struct]
    
    

    Input Arguments

    collapse all

    Bluetooth BR node object, specified as a bluetoothNode object.

    Output Arguments

    collapse all

    Statistics of the Bluetooth BR node, returned as a structure. For more information about this output, see Bluetooth Node Statistics.

    Data Types: struct

    References

    [1] Bluetooth Technology Website. “Bluetooth Technology Website | The Official Website of Bluetooth Technology.” Accessed May 22, 2022. https://www.bluetooth.com/.

    [2] Bluetooth Core Specifications Working Group. "Bluetooth Core Specification" v5.3. https://www.bluetooth.com/.

    Version History

    Introduced in R2022b