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Products » Software » ANOVA-TM
ANOVA-TM®
Design of Experiments: The Taguchi Method
ANOVA-TM® for Windows is based on the methods developed by Dr. Genichi Taguchi. This indispensable software is an orderly and methodical process for systematically assessing experimental results (when a variety of factors dynamically effect a specific quality characteristic). ANOVA-TM® employs an easy-to-use Windows graphical user interface. ![]()
ANOVA-TM will help... Maximize output and quality while minimizing product cost Reduce output variability and process sensitivity to noise factors
Features include... 32-bit application—compatible with MS Windows operating systems New configuration features: turn on or off warning messages, signal-to-noise (s/n) formulas, etc. Reset array option when editing an orthogonal array Updated dynamic characteristic calculations in accordance with ASI S/n data table for dynamic characteristics with new columns to represent intermediate calculations for compounded and non-compounded signal factors Response and s/n ratio window titles now show total mean average, total s/n average and total slope average respectively New dialog for Anova table to facilitate pooling of factors Response graph window title includes the analysis type, useful in dual graph mode Two new workbook examples for dynamic characteristics from the ASI Robust Design Manual Individual orthogonal array files and 4-way analysis of an orthogonal array or single factor (orthogonal arrays up to L108 in size) Decomposition of factors to unit degree of freedom, computation of interactions between factors, and use of s/n, sensitivity analysis, and omega transformation in calculations Dual graphs for raw versus s/n and s/n versus sensitivity as well as user-defined s/n ratio editor Auto pooling on V, F, and Rho% (plus un-pooling functions) Display and print-level sums, level averages, and process averages Graphics capabilities for level average response tables (a line graph for variable data and a histogram for attribute data) Capability of generating data-collecting forms on which to set up experiments |