Download Applied Optimal Designs by Martijn P.F. Berger, Weng-Kee Wong PDF

By Martijn P.F. Berger, Weng-Kee Wong

ISBN-10: 0470856971

ISBN-13: 9780470856970

There's an expanding have to rein within the fee of clinical learn with out sacrificing accuracy in statistical inference. optimum layout is the sensible allocation of assets to accomplish the ambitions of reports utilizing minimum rate through cautious statistical making plans. Researchers and practitioners in numerous fields of utilized technological know-how are actually starting to realize the benefits and capability of optimum experimental layout. utilized optimum Designs is the 1st ebook to catalogue the applying of optimum layout to actual difficulties, documenting its frequent use throughout disciplines as varied as drug improvement, schooling and flooring water modelling.

Includes contributions covering:

  • Bayesian layout for measuring cerebral blood-flow
  • Optimal designs for organic models
  • Computer adaptive testing
  • Ground water modelling
  • Epidemiological reviews and pharmacological models

utilized optimum Designs bridges the distance among idea and perform, drawing jointly a range of incisive articles from reputed collaborators. huge in scope and inter-disciplinary in allure, this ebook highlights the diversity of possibilities to be had by utilizing optimum layout. the wide variety of functions provided right here should still attract statisticians operating with optimum designs, and to practitioners new to the idea and ideas concerned.

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Additional resources for Applied Optimal Designs

Example text

These results imply that bimodal calibration samples will have higher efficiency than a single normal sample. 5/a, can be expected to be 60–80% efficient compared to an ideal sample. This means, for example, that an exam for 5th graders would be more efficiently calibrated (on the order of 50% more efficient) by a sample consisting of half 4th graders and half 6th graders than by a sample consisting fully of 5th graders. Berger also showed how the method of Wynn (1970) can be adapted to determine locally D-optimal sampling designs for sets of test items.

Jones, D. , Chiang, J. and Jin, Z. (1997). Optimal designs for simultaneous item estimation. Nonlinear Analysis. Theory, Methods and Applications, 30(7), 4051–4058. Jones, D. , Nediak, M. and Wang, X. B. (1999). Sequential Optimal Designs for On-line Item Calibration. Tech. rept. Rutgers University. Rutcor Research Report 2-99. Lord, F. M. (1962). Estimating norms by item-sampling. Educational and Psychological Measurement, 22, 259–267. Lord, F. M. (1980). Applications of Item Response Theory to Practical Testing Problems.

Chang and Ying (1996) proposed using an integrated Kullback–Leibler information criterion for item selection, again as protection against poorly estimated  near the beginning of the test. Chen et al. (2000) compared all these item selection rules with simulations and, although they found differences in short tests of less than 10 items, found no substantive differences in longer tests. Stocking and Swanson (1993) adapted the weighted deviations method to handle item constraints in CAT. Their method is based on selecting the maximum information item as modified by constraints, but any of the selection rules in the preceding paragraph could be used prior to the constraint modification.

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