EXTENDING THE IDEALS OF SEMIRINGS TO FUZZY SETTING BY METATHEOREM

Notions of different types of fuzzy ideals are investigated in a semiring in the light of Tom Head’s metatheorem. Using Rep function, the classes of these fuzzy ideals are shown to be projection closed. The metatheorem was formulated to obtain fuzzy versions of classical outcomes. Tom Head’s metatheorem is also employed to present alternative proofs for various results related to fuzzy ideals, offering a non-computational approach. The proofs obtained by metatheorem are simple, shorter and calculation free. The metatheorem is utilized to characterize a semiring that is regular, intra-regular and weakly regular in terms of various types of fuzzy ideals.

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Publication Details

Journal
Advances in Fuzzy Sets and Systems
Published
2024-12-30
DOI
https://doi.org/10.17654/0973421x24006
Primary Topic
Educational Technology and Assessment
Type
article
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article

EXTENDING THE IDEALS OF SEMIRINGS TO FUZZY SETTING BY METATHEOREM

Ravi Srivastava
Advances in Fuzzy Sets and Systems
Educational Technology and Assessment
article

EXTENDING THE IDEALS OF SEMIRINGS TO FUZZY SETTING BY METATHEOREM

Ravi Srivastava
article en

Abstract

Notions of different types of fuzzy ideals are investigated in a semiring in the light of Tom Head’s metatheorem. Using Rep function, the classes of these fuzzy ideals are shown to be projection closed. The metatheorem was formulated to obtain fuzzy versions of classical outcomes. Tom Head’s metatheorem is also employed to present alternative proofs for various results related to fuzzy ideals, offering a non-computational approach. The proofs obtained by metatheorem are simple, shorter and calculation free. The metatheorem is utilized to characterize a semiring that is regular, intra-regular and weakly regular in terms of various types of fuzzy ideals.

Advances in Fuzzy Sets and SystemsVol. 29(2)
Openalex Percentile: Top 55%
Educational Technology and Assessment
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EXTENDING THE IDEALS OF SEMIRINGS TO FUZZY SETTING BY METATHEOREM — Ravi Srivastava · Advances in Fuzzy Sets and Systems (2024) | TGRS Research Map | TGRS