This download section provides documents with further information about the BaaS project.
Deliverable D05 - BaaS reference architecture
This document describes the second iteration of the BaaS reference architecture. Its main purpose is to provide guidance for the development of architectures. In particular, the reference architecture outlines the main functional groups and components and provides a blue-print for the specification of concrete service platforms and the related services.
Successful representation of BaaS at SOCNE 2015
At the 9th International Workshop on Service Oriented Cyber Physical Systems in Converging Networked Environments (SOCNE) held in conjunction with 20th IEEE International Conference on Emerging Technologies and Factory Automation (ETFA’2015), 8-11 Sept 2015, the BaaS project was represented with 4 papers:
Vicari, N. ; Wuchner, E. ; Broring, A. ; Niedermeier, C. “Engineering and operation made easy - a semantics and service oriented approach to building automation”
This paper is published at http://ieeexplore.ieee.org/xpl/articleDetails.jsp?reload=true&arnumber=7301657 .
Burkert, M. ; Krumm, H. ; Fiehe, C. „Technical Management System for Dependable Building Automation Systems”
Altmann, V. ;Butzin, B. ; Balla, R. ; Golatowski, F. ; Timmermann, D. “A BACnet Gateway for Embedded Web Services”
Danielis, P. ; Skodzik, J. ; Altmann, V. ; Golatowski, F. ; Timmermann, D. „DuDE-Cloud: A Resilient High Performance Cloud”
Official Project Leaflet & Profile
BaaS - Software platform for the configuration, operation, and maintenance of intelligent building infrastructures.
Deliverable D02 - State of the Art
This document describes the state of the art analysis of technologies, modeling- and architecture-approaches, which will be relevant for the BaaS project.
Paper Publication at ETFA 2014 (IEEE)
"A model based development approach for building automation systems"
Butzin, Björn; Golatowski, Frank; Niedermeier, Christoph; Vicari, Norbert; Wuchner, Egon, "A model based development approach for building automation systems," Emerging Technology and Factory Automation (ETFA), 2014 IEEE , vol., no., pp.1,6, 16-19 Sept. 2014 doi: 10.1109/ETFA.2014.7005365