XMPP Devices (Sensors, Actuators & Controllers)

Simulates a set of XMPP Sensors, Actuators and Controllers.

This report has been automatically generated by ComSim by Trust Anchor Group. The following command-line arguments where used to execute the simulation and generate the report:

ComSim.exe -d ..\..\Debug\netcoreapp2.2\Data -e -i ..\..\..\..\Examples\XmppDeviceControl.xml -s Sniffers -st ..\..\..\..\..\Examples\SnifferXmlToHtml.xslt -mr C:\ProgramData\IoT Gateway\Root\Reports\XmppDeviceControl.md -xr C:\ProgramData\IoT Gateway\Root\Reports\XmppDeviceControl.xml -master /Master.md -l C:\ProgramData\IoT Gateway\Root\Reports\XmppDeviceControl.Log.xml -lt C:\ProgramData\IoT Gateway\Transforms\EventXmlToHtml.xslt

Description

Simulates 20 XMPP Sensors (10 Outdoor and 10 Indoor Temperature Sensors), 10 XMPP Actuators (Heaters) and 10 XMPP Controllers (Thermostats, clients of one sensor and actuator each), controlling Heater output, based on Sensor output. Outdoor Sensor Temperature Value varies randomly over time. Indoor Sensor Temperature Value varies depending on Outdoor Temperature and Heater output, using a simplified heat transfer function. Controllers read sensor data and control Heater output based on current Indoor Temperature, comparing it to a goal Temperature that can be configured. Model is simplified, heat transfer made quicker, to illustrate communicative aspects, rather than physical properties. All devices can be interacted with using external clients, such as the Simple IoT Client or Tag ID App.

Preparation

XMPP

The XMPP Client accounts are created automatically, if the broker being used supports XEP-0077: In-Band Registration. The account registration process can be protected using keys and secrets, if the broker supports XEP-0348: Signing Forms.

General

Time units
Simulation Duration:	10 min
Time Base:	Start of Simulation
Time Unit:	1 s
Time Cycle:	10 min
Bucket Time:	5 s
Start Date:	2021-05-11
Start Time:	22:19:51
End Date:	2021-05-11
End Time:	22:29:51

Activities

Step

Calculates the next step for simulated physical quantities in one system.

Publish

Samples current simulated physical properties and reports them as momentary values for the corresponding sensors in one simulated system.

Control

Performs the actions of a thermostat, by reading the corresponding sensors and taking necessary actions to control the indoor temperature to match a preset and configurable goal temperature.