Media Summary: This lecture presents rational choice of a 2^(p-q) fractional factorial and methodology for determining the corresponding ... This lecture discusses the analysis of data from a standard half fraction of a 2^p factorial study. This lecture begins to address Step 3 in the 6 Step
Statistical Process Improvement Module 54 - Detailed Analysis & Overview
This lecture presents rational choice of a 2^(p-q) fractional factorial and methodology for determining the corresponding ... This lecture discusses the analysis of data from a standard half fraction of a 2^p factorial study. This lecture begins to address Step 3 in the 6 Step This is a second lecture concerning the analysis of 2^p factorial data. It concerns the definition of fitted effects: main effects, ... This is a third lecture on the analysis of 2-way factorial data. The subject of developing "margins of error" to attach to fitted main ... This is a second lecture on the analysis of complete two-way factorial data. Fitted main effects and fitted interactions are defined ...
This lecture is the second part of a discussion of the Average Run Length as quantifying likely behavior This is the fourth in the set of lectures on the analysis of 2^p studies. The use of simple "margins of error" (based on confidence ... This lecture discusses two issues that arise in the control charting of measurements when the basic sample size is 1. These are ... This lecture continues the general introduction to Shewhart control charting with a numerical example and them some discussion ... This is the second part of a discussion of the technical details of Shewhart control charting for measurements. Charts for standard ... This lecture discusses the making of normal plots and their use in
This lecture discusses Shewhart control charts for mean non-conformities per unit, u charts and c charts. This short video introduces basic probability modeling of measurement that supports the use of methods of
