Lehmann Type-2 Inverse Lomax Distribution and Applications to Reliability Data

Article ID

3YM83

Enhanced Lomax Distribution in Research.

Lehmann Type-2 Inverse Lomax Distribution and Applications to Reliability Data

Olayode Fatoki
Olayode Fatoki
Adeleye Najeem Friday
Adeleye Najeem Friday
Adefolarin David Adekunle
Adefolarin David Adekunle
DOI

Abstract

We developed a new three-parameter extended inverse Lomax distribution called the Lehmann Type-2 inverse Lomax distribution. We demonstrated its superiority over the inverse Lomax distribution through various theoretical and practical approaches. The derived properties include the quantiles, moments, incomplete moments, entropy (Renyi and Tsallis), and order statistics. Finally, we consider two life-time data sets to show how the practitioner can take advantage of the new Type-2 inverse Lomax model.

Lehmann Type-2 Inverse Lomax Distribution and Applications to Reliability Data

We developed a new three-parameter extended inverse Lomax distribution called the Lehmann Type-2 inverse Lomax distribution. We demonstrated its superiority over the inverse Lomax distribution through various theoretical and practical approaches. The derived properties include the quantiles, moments, incomplete moments, entropy (Renyi and Tsallis), and order statistics. Finally, we consider two life-time data sets to show how the practitioner can take advantage of the new Type-2 inverse Lomax model.

Olayode Fatoki
Olayode Fatoki
Adeleye Najeem Friday
Adeleye Najeem Friday
Adefolarin David Adekunle
Adefolarin David Adekunle

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Olayode Fatoki. 2026. “. Global Journal of Science Frontier Research – F: Mathematics & Decision GJSFR-F Volume 22 (GJSFR Volume 22 Issue F3): .

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Journal Specifications

Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

Issue Cover
GJSFR Volume 22 Issue F3
Pg. 15- 26
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GJSFR-F Classification: DDC Code: 536.73 LCC Code: QC318.E57
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Lehmann Type-2 Inverse Lomax Distribution and Applications to Reliability Data

Olayode Fatoki
Olayode Fatoki
Adeleye Najeem Friday
Adeleye Najeem Friday
Adefolarin David Adekunle
Adefolarin David Adekunle

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