Model-Based Real-Time Application Development for BioresponsiveBuilding Envelopes
The adoption of Electroactive polymers as display systems in insulated glazing units increases
human performance, comfort and productivity while also contributing to the architectural fa((ade. We
are interested in examining the effect and performance of bioresponsive building envelopes in
providing human thermal and visual comfort. The Discrete-EVent System Specification (DEVS)
formal ism provides a formal foundation to M&S that proved to be successful in different complex
applications. DEVS is a formal M&S methodology, based on generic dynarnic systems, including welldefined
coupling of components, hierarchical, modular construction. Cell-DEVS was origina lly
introduced for modeling and simulation of spatial systems however, there has been no research on
adopting it for patterning the electropolymeric display units. The ru le-based nature of cellular model
behaviour definition in Cell-DEVS provides a platform for pixel-wise operation definition, leading to
easier and faster adoption and implementation of switch able patterns. The other advantage of this
method is its fast computing apparatus working asynchronously on the cellular grid…TOBECONT’D…
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