NED File src/apps/mec/RealTimeVideoStreamingApp/RTVideoStreamingSender.ned

Name	Type	Description
RTVideoStreamingSender	simple module	This application is to be instantiated on the UE side. It requires that a DeviceApp is also instantiated on the UE. This module requests the DeviceApp to instantiate a MecRTVideoStreamingReceiver in the MEC system. Once the peer MEC application is up and running, this module starts sending packets containing video frames as read from the trace file specified in the configuration.
Source code

//
//                  Simu5G
//
// Authors: Giovanni Nardini, Giovanni Stea, Antonio Virdis (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.mec.RealTimeVideoStreamingApp;

import inet.applications.contract.IApp;

//
// This application is to be instantiated on the UE side. It requires that a ~DeviceApp is
// also instantiated on the UE. This module requests the ~DeviceApp to instantiate a
// ~MecRTVideoStreamingReceiver in the MEC system.
// Once the peer MEC application is up and running, this module starts sending packets
// containing video frames as read from the trace file specified in the configuration.
//
simple RTVideoStreamingSender like IApp
{
    parameters:
        @display("i=block/source");

        string mobilityModule;

        //connection infos
        int localPort = default(4000);
        int deviceAppPort = default(4000); // ipAddress of the DeviceApp
        string deviceAppAddress; // port of the DeviceApp

        int packetSize @unit(B) = default(10B);

        int tos = default(-1); // if not -1, set the Type Of Service (IPv4) / Traffic Class (IPv6) field of sent packets to this value

        //autoscheduling infos
        double period @unit("s") = default(1s);
        double startTime @unit("s") = default(0s);
        double stopTime @unit("s") = default(120s);

        string mecAppName = default("MecrtVideoStreamingReceiverApp"); // but could be MEWarningAlertApp_rest_External

        // session parameters
        volatile double sessionDuration @unit("s") = default(uniform(30s,120s));     // distribution?
        volatile double periodBetweenSession @unit("s") = default(uniform(10s,60s)); // distribution?

        string fileName;
        bool sendAllOnOneTime = true;

        @signal[positionX](type=double);
        @statistic[positionX](title="UE positionX"; source=positionX; record=vector);
        @signal[positionY](type=double);
        @statistic[positionY](title="UE positionY"; source=positionY; record=vector);
        @signal[positionZ](type=double);
        @statistic[positionZ](title="UE positionY"; source=positionZ; record=vector);

        @signal[velocity](type=double);
        @statistic[velocity](title="UE velocity"; source=velocity; record=vector);

        @signal[rtVideoStreamingFirstFrameElapsedTime](type=simtime_t);
        @statistic[rtVideoStreamingFirstFrameElapsedTime](title="Frames displayed"; source="rtVideoStreamingFirstFrameElapsedTime"; record=vector; interpolationmode=none);

        @signal[rtVideoStreamingFramesDisplayed](type=double);
        @statistic[rtVideoStreamingFramesDisplayed](title="Frames displayed"; source="rtVideoStreamingFramesDisplayed"; record=count,vector; interpolationmode=none);

        @signal[rtVideoStreamingEnd2endDelaySegment](type=simtime_t);
        @statistic[rtVideoStreamingEnd2endDelaySegment](title="end to end delay of segment packets"; source="rtVideoStreamingEnd2endDelaySegment"; record=mean,vector);

        @signal[rtVideoStreamingSegmentPacketSize](type=int);
        @statistic[rtVideoStreamingSegmentPacketSize](title="size of segment packets"; source="rtVideoStreamingSegmentPacketSize"; record=mean,vector);

        @signal[rtVideoStreamingFrameSize](type=int);
        @statistic[rtVideoStreamingFrameSize](title="size of frames"; source="rtVideoStreamingFrameSize"; record=mean,vector);

        @signal[rtVideoStreamingPlayoutBufferLength](type=int);
        @statistic[rtVideoStreamingPlayoutBufferLength](title="playout buffer Length"; source="rtVideoStreamingPlayoutBufferLength"; record=mean,vector);

        @signal[rtVideoStreamingInterArrivalTimeSegment](type=simtime_t);
        @statistic[rtVideoStreamingInterArrivalTimeSegment](title="inter arrival of segment packets"; source="rtVideoStreamingInterArrivalTimeSegment"; record=mean,vector);

        @signal[rtVideoStreamingPlayoutDelay](type=simtime_t);
        @statistic[rtVideoStreamingPlayoutDelay](title="playout delay"; source="rtVideoStreamingPlayoutDelay"; record=mean,vector);

        @signal[rtVideoStreamingPlayoutDelayAll](type=simtime_t);
        @statistic[rtVideoStreamingPlayoutDelayAll](title="playout delay"; source="rtVideoStreamingPlayoutDelayAll"; record=mean,vector);

        @signal[rtVideoStreamingSegmentLoss](type=int);
        @statistic[rtVideoStreamingSegmentLoss](title="segment packets lost"; source="rtVideoStreamingSegmentLoss"; record=mean,vector; interpolationmode=none);

        @signal[rtVideoStreamingStartSession](type=simtime_t);
        @statistic[rtVideoStreamingStartSession](title="start session timestamps"; source="rtVideoStreamingStartSession"; record=mean,vector; interpolationmode=none);

        @signal[rtVideoStreamingStopSession](type=simtime_t);
        @statistic[rtVideoStreamingStopSession](title="stop session timestamps"; source="rtVideoStreamingStopSession"; record=mean,vector; interpolationmode=none);



    gates:
        output socketOut;
        input socketIn;
}