NED File src/simu5g/apps/d2dMultihop/statistics/MultihopD2DStatistics.ned

Name	Type	Description
MultihopD2DStatistics	simple module	Only used in conjunction with UEs running instances of the MultihopD2D application. It collects statistics related to notification messages broadcast by the MultihopD2D applications by gathering data through method calls from these applications.

Source code

//
//                  Simu5G
//
// Copyright (C) 2012-2021 Giovanni Nardini, Giovanni Stea, Antonio Virdis et al. (University of Pisa)
// Copyright (C) 2022-2026 Giovanni Nardini, Giovanni Stea et al. (University of Pisa)
//
// This file is part of a software released under the license included in file
// "license.pdf". Please read LICENSE and README files before using it.
// The above files and the present reference are part of the software itself,
// and cannot be removed from it.

package simu5g.apps.d2dMultihop.statistics;

//
// Only used in conjunction with UEs running instances of the
// ~MultihopD2D application. It collects statistics related to notification messages
// broadcast by the ~MultihopD2D applications by gathering data through method
// calls from these applications.
//
// Each time a ~MultihopD2D application generates a new message (upon notification
// by the ~EventGenerator module), a new event is registered via the
// recordNewBroadcast() function. Each event is tied to a *target area*, which
// represents a defined set of nodes intended to receive the notification of
// the event. The receiving nodes report the event back to this module in order
// to update the statistics related to that event. For instance, upon receiving a
// message, the node will call the recordReception() function to record the
// 'reception' event.
//
simple MultihopD2DStatistics
{
    parameters:
        @signal[d2dMultihopEventDeliveryRatio];
        @statistic[d2dMultihopEventDeliveryRatio](title="Delivery ratio per broadcast event"; unit=""; source="d2dMultihopEventDeliveryRatio"; record=mean,min,max);
        @signal[d2dMultihopEventDelay];
        @statistic[d2dMultihopEventDelay](title="Delay of broadcasting within the area"; unit=""; source="d2dMultihopEventDelay"; record=mean,min,max);
        @signal[d2dMultihopEventDelay95Per];
        @statistic[d2dMultihopEventDelay95Per](title="95th percentile of the delay of broadcasting within the area"; unit=""; source="d2dMultihopEventDelay95Per"; record=mean,min,max);
        @signal[d2dMultihopEventSentMsg];
        @statistic[d2dMultihopEventSentMsg](title="Number of transmissions per broadcast event"; unit=""; source="d2dMultihopEventSentMsg"; record=mean,sum,min,max,vector);
        @signal[d2dMultihopEventTrickleSuppressedMsg];
        @statistic[d2dMultihopEventTrickleSuppressedMsg](title="Number of suppressed transmissions per broadcast event"; unit=""; source="d2dMultihopEventTrickleSuppressedMsg"; record=mean,sum,min,max,vector);
        @signal[d2dMultihopEventRcvdDupMsg];
        @statistic[d2dMultihopEventRcvdDupMsg](title="Number of duplicates within the area"; unit=""; source="d2dMultihopEventRcvdDupMsg"; record=stats);
        @signal[d2dMultihopEventCompleteDeliveries];
        @statistic[d2dMultihopEventCompleteDeliveries](title="Complete-deliveries within the area"; unit=""; source="d2dMultihopEventCompleteDeliveries"; record=stats);


        @display("i=block/cogwheel");
}