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Appendix B Main Menu 433<br />

The DOE Menu<br />

Full Factorial Design<br />

You specify a set of continuous and categorical factors with arbitrary numbers of levels. JMP creates the<br />

design containing all possible combinations of those factors. See the JMP Design of Experiments for<br />

details.<br />

Mixture Design<br />

Lets you define a set of factors that are ingredients in a mixture. JMP creates a new window for<br />

choosing among several classical mixture design approaches, such as simplex, extreme vertices, and<br />

lattice. For the extreme vertices approach, you can supply a set of linear inequality constraints limiting<br />

the geometry of the mixture factor space. See the JMP Design of Experiments for details.<br />

B The Main Menu<br />

Choice Design<br />

Creates experiments with factors that are product attributes. Lets you find the combination of<br />

attributes for a particular product or service that your customers rate highly. See the JMP Design of<br />

Experiments for details.<br />

Space Filling Design<br />

Creates a design by spreading the design points out to the maximum distance possible between two<br />

points. Prevents replicate points and spaces them uniformly. See the JMP Design of Experiments for<br />

details.<br />

Nonlinear Design<br />

Lets you create an optimal design for models that are nonlinear in the parameters. See the JMP Design<br />

of Experiments for details.<br />

Taguchi Arrays<br />

<strong>Guide</strong>s you through the definition of signal and noise factors. The signal factors form the inner array<br />

and the noise factors form the outer array. The inner and outer array designs are the traditional Taguchi<br />

orthogonal arrays, such as L4, L8, L16, and so on. See the JMP Design of Experiments for details.<br />

Augment Design<br />

Lets you modify existing designs. You can add center points, replicate the design a specified number of<br />

times, create a foldover design, and add runs to the design using a model with more terms than the<br />

original design. See the JMP Design of Experiments for a discussion of each type of design, with details<br />

and examples.<br />

Sample Size and Power<br />

Computes power, sample size, or the effect size you want to detect for a given alpha and error standard<br />

deviation. You supply two of these values and the sample size and power feature computes the third. If<br />

you supply only one of these values, the result is a plot of the other two. This feature is available for the<br />

single-sample, two-sample, and k-sample situations. See the JMP Design of Experiments for a discussion<br />

of prospective power analysis and examples.

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