When designing an experiment, you might not be ready to run the experiment and collect the real data for the results. The Simulate Responses feature in JMP allows you to create data to mimic a real-world response, as a stand-in for the data until the experiment has been completed.

This presentation discusses the benefits of simulation when creating a designed experiment; it also includes a demonstration of how to use the new Advanced Options for simulating responses in JMP 19. The Advanced Options enable you to ensure that the underlying model for the simulation obeys the well-known statistical principles of effect sparsity, effect hierarchy, and model heredity. We present three case studies, showing how the options may be appropriate for different scenarios, including screening experiments and optimization experiments.

The presentation also highlights other areas of JMP that use simulation, including a demonstration of how to use JMP to perform an empirical power analysis for a designed experiment. The demonstration shows Easy DOE, Definitive Screening Design and Fit Definitive Screening, and Custom Design.

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Presented At Discovery Summit 2026

Presenters

Schedule

Thursday, Oct 22
10:00-10:45 AM

Location: Key Ballroom 10

Skill level

Beginner
  • Beginner
  • Intermediate
  • Advanced
Published on ‎07-15-2026 03:39 PM by Community Manager Community Manager | Updated on ‎07-16-2026 09:48 AM

When designing an experiment, you might not be ready to run the experiment and collect the real data for the results. The Simulate Responses feature in JMP allows you to create data to mimic a real-world response, as a stand-in for the data until the experiment has been completed.

This presentation discusses the benefits of simulation when creating a designed experiment; it also includes a demonstration of how to use the new Advanced Options for simulating responses in JMP 19. The Advanced Options enable you to ensure that the underlying model for the simulation obeys the well-known statistical principles of effect sparsity, effect hierarchy, and model heredity. We present three case studies, showing how the options may be appropriate for different scenarios, including screening experiments and optimization experiments.

The presentation also highlights other areas of JMP that use simulation, including a demonstration of how to use JMP to perform an empirical power analysis for a designed experiment. The demonstration shows Easy DOE, Definitive Screening Design and Fit Definitive Screening, and Custom Design.



Starts:
Thu, Oct 22, 2026 10:00 AM EDT
Ends:
Thu, Oct 22, 2026 10:45 AM EDT
Key Ballroom 10
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