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Improvement of a multi-stage model for the modeling of a functionalized nursing bed as support for the sensor-assisted function-alization of furniture in the hospital and care sector

 
: Kitzig, Andreas; Schröter, Stefan; Naroska, Edwin; Stockmanns, Gudrun; Viga, Reinhard; Grabmaier, Anton

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Volltext ()

Current directions in biomedical engineering 3 (2017), Nr.2, S.759–763
ISSN: 2364-5504
Englisch
Zeitschriftenaufsatz, Elektronische Publikation
Fraunhofer IMS ()
biosignal processing; model driven development; biomechanical modelling; motion pattern database; modelling

Abstract
Development of preparation-free functionalized furniture based patient monitoring systems for use in the area of home- or stationary- care is often empirically driven. In particular, functionalization of furniture by means of different sensors is strongly affected by this development methodology. As a result, the systems are often not extensive-ly extendable or cannot be optimized because basic mechanisms are not comprehensible. In order to support development or optimization, a modelling approach is often useful. Thus, using a more comprehensive approach the required sensitivity of the sensors as well as their position in the system can be derived from a simulation model. In order to solve this problem, a multi-stage model was introduced at the BMT conference in 2014 by the authors, which allows the designer to model the entire system. The model has been extended and improved in the meantime and the achieved progress is presented in this work. The presented modelling approach can be divided into three main components. These are the person under supervision, the furniture (in our case a nursing bed) and the sensors (force measuring cells) which are modelled separately. In this work the main focus will be on improving the modelling of the human movement process and its implementation. Furthermore, the modelling of the sensor behavior in the nursing bed is described in detail with regard to their oscillation behavior and the influence on the model.

: http://publica.fraunhofer.de/dokumente/N-464341.html