Third Order Response Surface Designs for Sequential Experimentation

Varghese, Eldho and Hemavathi, M and Shekhar, Shashi and Jaggi, Seema (2021) Third Order Response Surface Designs for Sequential Experimentation. In: 3rd Annual Conference (online mode) on “Visionary Innovations in Statistical Theory and Applications (VISTA2021)", 24-28 February 2021, ICAR-National Academy of Agricultural Research Management, Hyderabad. (Submitted)

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    Abstract

    Response surface methodology is being widely used in developing and improving the quality characteristics of process/product through response surface model based optimization. Second order rotatable designs (SORDs) are the most prominent and popular class of designs used for such optimization trials. When the response obtained from a second order rotatable design (SORDs) is modelled using a second order model, it may sometimes lead to significant lack of fit which indicate the inadequacy of the model. Then one may think of a third order model to establish a functional relationship between the response and the input variables. Experimenting with a new third order rotatable designs (TORDs) in such a situation would be expensive as the responses observed from the first stage runs would be kept underutilized. In this paper, construction of TORDs suitable for sequential experimentation has been discussed which allows the estimation of parameters of the second order model at first stage and further fitting of third order model with addition of few more design points.

    Item Type: Conference or Workshop Item (Paper)
    Divisions: CMFRI-Kochi > Marine Capture > Fishery Resource Assessment
    Subject Area > CMFRI > CMFRI-Kochi > Marine Capture > Fishery Resource Assessment
    CMFRI-Kochi > Marine Capture > Fishery Resource Assessment
    Subject Area > CMFRI-Kochi > Marine Capture > Fishery Resource Assessment
    Depositing User: Arun Surendran
    Date Deposited: 01 Mar 2021 08:11
    Last Modified: 01 Mar 2021 08:11
    URI: http://eprints.cmfri.org.in/id/eprint/14927

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