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Representing Uncertainty With Information Sets
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DOI：10.1109/TFUZZ.2015.2417593.png)
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Abstract
En 中文
We develop new methods for the representation of uncertainty in the granularized information source values by making use of the entropy framework in the possibilistic domain. An information-theoretic entropy function is used to map the information source values to information (entropy) values. We term a collection of such information values as an information set. The information values are then used in an adaptive form of this entropy function to formulate Shannon transforms. A few uncertainty measures are derived from these transforms for the quantification of uncertainty. Information set is also extended to other domains, such as probabilistic, intuitionistic, and probabilistic-intuitionistic domains. A biometric application is included to demonstrate the usefulness of the study.
Keywords:
Agent
fuzzy sets
Hanman-Anirban entropy function
information sets
information source
intuitionistic information set (IIS)
probabilistic information set (PIS)
Shannon transforms
uncertainty measures
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