Advanced Building Simulation
Advanced Building Simulation
Advanced Building Simulation
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Developments in interoperability 203<br />
in such a system approach. The following sections will introduce a framework for a new<br />
type of interoperability platform for building performance analysis tools in the design<br />
process.<br />
8.3.1 A closer look at design analysis integration<br />
Design analysis integration focuses on the effective use of existing and emerging<br />
building performance analysis tools in design analysis scenarios, with the participation<br />
of a team of designers and consultants. Some of the longer-term objectives are<br />
better functional embedding of simulation tools in the design process, increased quality<br />
control for building analysis efforts, and exploitation of the opportunities provided<br />
by the Internet. The latter refers to the possibilities for collaboration in loosely<br />
coupled teams where the execution of specific building performance analysis tasks is<br />
delegated to (remote) domain experts. It is obvious that in such teams process coordination<br />
is the critical factor with interoperability as a “support act” rather than the<br />
main objective.<br />
Design analysis is performed through the complex interplay between design<br />
activities and analysis efforts by experts with an arsenal of simulation tools, testing<br />
procedures, expert skills, judgment, and experience. Different paradigms of expert<br />
intervention in the design processes are described in Chen (2003). The scope of our<br />
treatment of design analysis integration is limited to the assumption that the design<br />
team generates specific design analysis requests, leading to an invocation of the input<br />
of (a team of) analysis experts (Figure 8.9).<br />
This suggests that analysis requests may be generated by a specific design activity<br />
and linked to a specific design actor responsibility. In the more generic case, the<br />
requested analysis may have ties to more than one concurrent design activity, in<br />
which case the design analysis becomes an integral part of the overall design process.<br />
In that case the analysis process cannot easily be disentangled from the complexity of<br />
other design interactions.<br />
Figure 8.10 shows a typical situation where analysis activities become themselves<br />
an integral part of design evolution obeying design process logic while adding its own<br />
analysis logic.<br />
Design actors<br />
Analysis actors<br />
Design<br />
analysis<br />
interaction<br />
Figure 8.9 Design analysis interaction defined at specific interaction moments generated by the design<br />
team.<br />
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