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  4. Human decision making through an entropic framework
 
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Human decision making through an entropic framework

ISSN
0957-4174
Date Issued
2021
Author(s)
Aggarwal, Manish 
School of Artificial Intelligence and Data Science 
DOI
10.1016/j.eswa.2021.114926
Abstract
In this paper, new entropy functions are formulated based on an agent's perceived uncertainty that inevitably affects the agent's choice. The role of the decision-maker's (DM's) attitude is emphasized as one of the key determinants of such an entropy function. More specifically, new attitude-based variants of Shannon's, Pal & Pal, and Aggarwal's probabilistic entropies are introduced. The extant fuzzy entropies are also extended to consider the agent's specific attitude. The proposed entropy functions provide a wide range of entropy values with the conventional entropy functions as their special cases. The special cases of the proposed entropies are examined. The wide applicability of the proposed entropy functions in multi criteria decision making is highlighted. A case-study is included to showcase the usefulness of the proposed entropy functions in the real world. � 2021
Subjects
  • Attitude

  • Compensation

  • Decision Analysis

  • Decision making

  • Fuzziness

  • Uncertainty

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