Design and Analysis of Experiments: Advanced Experimental Design, Volume 2

Design and Analysis of Experiments: Advanced Experimental Design, Volume 2

Author(s): Klaus Hinkelmann, Oscar Kempthorne

Published Online: 27 JAN 2005

Print ISBN: 9780471551775

Online ISBN: 9780471709947

DOI: 10.1002/0471709948

Series Editor(s): Walter A. Shewhart, Samuel S. Wilks

About this Book

A comprehensive overview of experimental design at the advanced level

The development and introduction of new experimental designs in the last fifty years has been quite staggering and was brought about largely by an ever-widening field of applications. Design and Analysis of Experiments, Volume 2: Advanced Experimental Design is the second of a two-volume body of work that builds upon the philosophical foundations of experimental design set forth half a century ago by Oscar Kempthorne, and features the latest developments in the field.

Volume 1: An Introduction to Experimental Design introduced students at the MS level to the principles of experimental design, including the groundbreaking work of R. A. Fisher and Frank Yates, and Kempthorne's work in randomization theory with the development of derived linear models. Design and Analysis of Experiments, Volume 2 provides more detail about aspects of error control and treatment design, with emphasis on their historical development and practical significance, and the connections between them. Designed for advanced-level graduate students and industry professionals, this text includes coverage of:

  • Incomplete block and row-column designs
  • Symmetrical and asymmetrical factorial designs
  • Systems of confounding
  • Fractional factorial designs, including main effect plans
  • Supersaturated designs
  • Robust design or Taguchi experiments
  • Lattice designs
  • Crossover designs

In order to facilitate the application of text material to a broad range of fields, the authors take a general approach to their discussions. To aid in the construction and analysis of designs, many procedures are illustrated using Statistical Analysis System (SAS®) software.

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