JMP Regression Model to Predict Tire Performance: Demo and Tutorial

Leighton Spadone, DAAS Inc.

Tire Technology and Statistical Consulting

  1. Avrohom.Spadone@Gmail.com

See Attachments:  Updated 21Sep2014 R1


JMP Conference 2014 Paper Abstract

Overview:

This is Interactive Regression Modeling Tutorial.

Uses Paired Design to predict Tire Performance from Lab wheel test.

This is “Real World” Problem Solving with Cost Savings Benefits.

“Aha!” Solution is to Model and Predict the Percent-Change in the value!

Create and Compare 2 Regression models for their usefulness.

Check Model Data Quality by analysis of Outliers and Marginal Plots.

Presentation:

Define Giant Off-the-Road Tire performance measurement “TMPH”.

Show the Modeling Objective, Paired Design Methodology, and Cost Benefits.

Describe Data Table and the benefits of the Paired Design: Power and Size.

Data Table Exploration using Fix X by Y and Tabulate.

Describe modeling prediction limits due to restricted sample size.

Describe “Aha” Solution to predict Percent-Change in TMPH to improve the model’s usefulness by avoiding extrapolation.

Create and Compare 2 different models usefulness.

Search for Outliers using Control Chart and Mahalanobis Distance.

Handling Outliers discussion.

Compare model with and without Outliers.

Create Marginal Plots for model.

JMP Interactive Tools:

Fit X by Y

Tabulate

Standard Least Squares

Control Chart

Mahalanobis Distance

Data Filter

Marginal Plots


‎03-24-2025 09:03 AM に公開 Community Manager Community Manager | ‎03-27-2025 09:52 AM に更新済み

JMP Regression Model to Predict Tire Performance: Demo and Tutorial

Leighton Spadone, DAAS Inc.

Tire Technology and Statistical Consulting

  1. Avrohom.Spadone@Gmail.com

See Attachments:  Updated 21Sep2014 R1


JMP Conference 2014 Paper Abstract

Overview:

This is Interactive Regression Modeling Tutorial.

Uses Paired Design to predict Tire Performance from Lab wheel test.

This is “Real World” Problem Solving with Cost Savings Benefits.

“Aha!” Solution is to Model and Predict the Percent-Change in the value!

Create and Compare 2 Regression models for their usefulness.

Check Model Data Quality by analysis of Outliers and Marginal Plots.

Presentation:

Define Giant Off-the-Road Tire performance measurement “TMPH”.

Show the Modeling Objective, Paired Design Methodology, and Cost Benefits.

Describe Data Table and the benefits of the Paired Design: Power and Size.

Data Table Exploration using Fix X by Y and Tabulate.

Describe modeling prediction limits due to restricted sample size.

Describe “Aha” Solution to predict Percent-Change in TMPH to improve the model’s usefulness by avoiding extrapolation.

Create and Compare 2 different models usefulness.

Search for Outliers using Control Chart and Mahalanobis Distance.

Handling Outliers discussion.

Compare model with and without Outliers.

Create Marginal Plots for model.

JMP Interactive Tools:

Fit X by Y

Tabulate

Standard Least Squares

Control Chart

Mahalanobis Distance

Data Filter

Marginal Plots




開始:
月, 9 15, 2014 09:00 午前 EDT
終了:
金, 9 18, 2015 05:00 午後 EDT
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