Bradley Jones, PhD, JMP Principal Research Fellow, SAS

Joseph Morgan, JMP Principal Research Statistician Developer, SAS Ryan Lekivetz, PhD, JMP Senior Research Statistician Developer, SAS

Definitive screening designs (DSDs) are a new class of orthogonal screening designs that provide several desirable features. Main effects are uncorrelated with each other and also uncorrelated with any second-order effect (i.e., two-factor interactions and pure quadratic effects). Also, second-order effects may be correlated but are never confounded with each other. For DSDs with six or more factors, any three-factor projection is capable of fitting the full quadratic model with high efficiency. JMP 13 has introduced a new tool for fitting DSDs, which takes explicit advantage of their special structure. JMP 13 also provides a new and powerful tool for simulating responses for DSDs. This presentation will demonstrate the utility of these two new tools using practical examples.

Published on ‎03-24-2025 08:54 AM by Community Manager Community Manager | Updated on ‎03-27-2025 09:16 AM

Bradley Jones, PhD, JMP Principal Research Fellow, SAS

Joseph Morgan, JMP Principal Research Statistician Developer, SAS Ryan Lekivetz, PhD, JMP Senior Research Statistician Developer, SAS

Definitive screening designs (DSDs) are a new class of orthogonal screening designs that provide several desirable features. Main effects are uncorrelated with each other and also uncorrelated with any second-order effect (i.e., two-factor interactions and pure quadratic effects). Also, second-order effects may be correlated but are never confounded with each other. For DSDs with six or more factors, any three-factor projection is capable of fitting the full quadratic model with high efficiency. JMP 13 has introduced a new tool for fitting DSDs, which takes explicit advantage of their special structure. JMP 13 also provides a new and powerful tool for simulating responses for DSDs. This presentation will demonstrate the utility of these two new tools using practical examples.



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Start:
Tue, Oct 17, 2017 09:00 AM EDT
End:
Fri, Oct 20, 2017 05:00 PM EDT
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