Abstract
Building design involves a large number of design parameters and performance indicators. The Monte Carlo method enables the modeler to perform thousands of building performance simulations representing a global design space. To explore such multivariate data (Factor Mapping), the parallel coordinate plot (PCP) is a popular tool, because it is easy to use in “real-time” – even for multiple decision-makers.
However, the PCP becomes unmanageable if it contains many variables, e.g. more than 10–15. Since building simulations typically involve a lot more parameters, we would like to reduce the number of variable inputs (Factor Fixing) while considering their influence towards multiple outputs. Moreover, we would like a method to highlight changes in the PCP, which would allow us to use more variables in the PCP.
However, the PCP becomes unmanageable if it contains many variables, e.g. more than 10–15. Since building simulations typically involve a lot more parameters, we would like to reduce the number of variable inputs (Factor Fixing) while considering their influence towards multiple outputs. Moreover, we would like a method to highlight changes in the PCP, which would allow us to use more variables in the PCP.
Originalsprog | Engelsk |
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Publikationsdato | dec. 2016 |
Antal sider | 1 |
Status | Udgivet - dec. 2016 |
Begivenhed | Eighth International Conference on Sensitivity Analysis of Model Output - 117 rue du Général Ailleret, Le Tampon, Réunion Varighed: 30 nov. 2016 → 3 dec. 2016 Konferencens nummer: 8 http://samo2016.univ-reunion.fr/ |
Konference
Konference | Eighth International Conference on Sensitivity Analysis of Model Output |
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Nummer | 8 |
Lokation | 117 rue du Général Ailleret |
Land/Område | Réunion |
By | Le Tampon |
Periode | 30/11/2016 → 03/12/2016 |
Internetadresse |