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M. Schuss, F. Tahmasebi, A. Mahdavi:
"Kalibrierte Simulationsmodelle für vorausschauende Steuerung der Gebäudetechnik";
Poster: Dicht: Die Ökologie der städtischen Verdichtung - BauZ! Wiener Kongress für zukunftsfähiges Bauen, Wien; 2014-02-13 - 2014-02-14; in: "Tagungsband. Dicht-Die Ökologie der städtischen Verdichtung. BauZ! Wiener Kongress für Zukunftsfähiges Bauen. 18.-19. Februar 2010", B. Lipp (ed.); IBO - Verlag, Wien (2014), ISBN: 978-3-900403-43-0; 59 - 64.

Building performance simulation is being increasingly deployed beyond the building design phase to
support building operation. Specifically, the predictive feature of the simulation-assisted building
systems control strategy provides distinct advantages in view of building systems with high latency
and inertia. Such advantages could be exploited only if model predictions could be relied upon. Hence,
it is important to calibrate simulation models based on monitored data. This paper explores the
potential of an optimization-based approach to simulation model calibration that is intended to be
employed in a building's monitoring and systems control environment. The results suggest that the
calibration can significantly improve the predictive performance of the thermal simulation model.

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