Overview
- This model implements the communication system of the agent
library as a partial model
- It is based on communication via UDP
- It is used by all implemented agents
Concept
The communication takes place via UDP network communication and is
implemented with the help of elements from the DeviceDriver library.
The inbox is refreshed based on a sample time, the outbox is
triggered by an external boolean input.
Since sampling creates time events, the simulation performance will
be bad for models with a high number of equations. For this reason,
an alternative refresh mechanism can be used with "usePoke=true". In
order to use this mechanism the component "MessageNotification" needs
to be added to the system.
The partial agent implements the message parameters performative,
sender, receiver, reply to, content, ontology and message ID. The
parameters are described in the reference.
References
- Roozbeh Sangi, Felix Bünning, Johannes Fütterer, Dirk Müller. A
Platform for the Agent-based Control of HVAC Systems. Modelica
Conference, 2017, Prague, Czech Republic.
- Felix Bünning, Roozbeh Sangi, Dirk Müller. A Modelica library for
agent-based control of building HVAC systems. Applied Energy,
193:52-59, 2017.
Example Results
- July 2017, by Roozbeh Sangi: Documentation revised
- December 2016, by Felix Bünning: Changed some variables to
Integer type in order to avoid warnings caused by using the "=="
operator
- November 2016, by Felix Bünning: Added feature to use internal
inbox refresh (better performance), updated Info window
- October 2015, by Felix Bünning: Developed and implemented
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.AixLib.Controls.HVACAgentBasedControl.BaseClasses.PartialAgent