The relations between a comonotonically additive and monotone functional I and the induced fuzzy measures + I and - I are discussed. We present a necessary and su cient condition of the functional I for + I (X ) Β‘ β; - I (X ) Β‘ β and + I (X ) = -I (X ).
Regular fuzzy measure and representation of comonotonically additive functional
β Scribed by Yasuo Narukawa; Toshiaki Murofushi; Michio Sugeno
- Publisher
- Elsevier Science
- Year
- 2000
- Tongue
- English
- Weight
- 110 KB
- Volume
- 112
- Category
- Article
- ISSN
- 0165-0114
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β¦ Synopsis
This paper discusses the functional I deΓΏned on the class of continuous functions, which is comonotonically additive and monotone. The notion of regular fuzzy measure is proposed and the uniqueness theorem of regular fuzzy measure is shown. It is also shown that I can be represented by the di erence of two Choquet integrals with respect to regular fuzzy measures when the universal set X is a locally compact Hausdor space, and that I can be represented by one Choquet integral with respect to a regular fuzzy measure when X is a compact Hausdor space.
π SIMILAR VOLUMES
We present in this paper an elementary method of obtaining a differential representation of Radon measures, of rapidly decreasing functions, and of elements of Besov spaces. We apply our results to the study of vaguelette systems.
During the last years representation theory of additive operators on spaces of measurable functions has been of interest for many writers. L. DREWNOWSKI, W. ORLICZ ([4], [5]), and V. MIZEL ([19], [20]) considered scalar valued operators (functionalu) on various function spaces, then in a subsequent