Neutrosofic statistics applied to demonstrate the importance of humanistic and higher education components in students of legal careers

Carballido, Rogelio Meléndez; Paronyan, Hayk; Matos, Marvelio Alfaro; Molina, Alberto Leonel Santillán

doi:10.5281/zenodo.3244848

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“…Neutrosophic statistics is an extension of the classical statistics that is more efficient in analyzing data from ambiguous environment. For publications on neutrosophic statistics applied in various fields of knowledge, the readers are referred to [19][20][21]. For non-normal processes, control charts with a fuzzy approach are discussed by [22].…”

Section: Introductionmentioning

confidence: 99%

A new CUSUM control chart under uncertainty with applications in petroleum and meteorology

et al. 2021

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In these last few decades, control charts have received a growing interest because of the important role they play by improving the quality of the products and services in industrial and non-industrial environments. Most of the existing control charts are based on the assumption of certainty and accuracy. However, in real-life applications, such as weather forecasting and stock prices, operators are not always certain about the accuracy of an observed data. To efficiently monitor such processes, this paper proposes a new cumulative sum (CUSUM) X¯ chart under the assumption of uncertainty using the neutrosophic statistic (NS). The performance of the new chart is investigated in terms of the neutrosophic run length properties using the Monte Carlo simulations approach. The efficiency of the proposed neutrosophic CUSUM (NCUSUM) X¯ chart is also compared to the one of the classical CUSUM X¯ chart. It is observed that the NCUSUM X¯ chart has very interesting properties compared to the classical CUSUM X¯ chart. The application and implementation of the NCUSUM X¯ chart are provided using simulated, petroleum and meteorological data.

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Section: Introductionmentioning

confidence: 99%