Neutrosophic Logic Based Quantum Computing

Çevik, Ahmet; Topal, Selçuk; Smarandache, Florentín

doi:10.3390/sym10110656

Cited by 7 publications

(5 citation statements)

References 12 publications

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“…For example, the probability of landslides in "flat" areas is almost zero [34]. However, Yeşilnacar and Topal [108] with Çevik and Topal [109] stated that the landslides in the study area occurred equally in different slope orientations and emphasized that it is not an effective parameter in their studies. Aspect is measured clockwise towards north and takes positive values between 0 and 360 degrees.…”

Section: Aspect Classesmentioning

confidence: 88%

The Effect of Aspect on Landslide and Its Relationship with Other Parameters

Çellek¹

2022

Landslides

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Aspect is one of the parameters used in the preparation of landslide susceptibility maps. The procedure of this easily accessible and conclusive parameter is still a matter of debate in the literature. Each landslide area has its own morphological structure, so it is not possible to make a generalization for the aspect. In other words, there is no aspect in which landslides develop in particular. Generally, landslides occur in areas facing more than one direction. The biggest reason for this is that those areas are under the influence of other parameters. Therefore, it is wrong to evaluate the aspect, alone. Since it is a part of the system, it should be evaluated together with other conditioning factors. In this research, many landslides susceptibility studies have been investigated. The directions and causes of landslides have been determined from the studies. In addition, the criteria of the used aspect classes have been investigated. In the literature, the number of class intervals chosen, and their reasons were investigated, and the effects of this parameter were tried to be revealed in new sensitivity studies.

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Section: Aspect Classesmentioning

confidence: 88%

The Effect of Aspect on Landslide and Its Relationship with Other Parameters

Çellek¹

2022

Landslides

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“…The neutrosophic logic is a context that provides combining many existing logics. The main idea of neutrosophic logic is to describe each proposition in a three dimensions of neutrosophic space as a degree of truth, indeterminacy, and falsity (Çevik et al 2018 ). For instance, the proposition “tomorrow it will be raining” is not a fixed-valued statement.…”

Section: Neutrosophic Setsmentioning

confidence: 99%

Analyzing of process capability indices based on neutrosophic sets

Yalcin

Kaya

2022

Comp. Appl. Math.

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Process capability analysis (PCA) is an important statistical approach for measuring and analyzing the ability to meet specifications. This analysis has been generally applied by obtaining process capability indices (PCIs). The indices named and are the most commonly used for this aim. Although PCIs are completely effective statistics to analyze process’ capability, the complexity of the production processes based on uncertainty arising from human thinking, incomplete or vague information makes it difficult to analyze the process capability with precise values. When the process includes uncertain, complex, incomplete and inaccurate information, the capability of the process can be successfully analyzed by using the fuzzy set theory (FST). Neutrosophic sets (NSs), one of the fuzzy set extensions, have an ability to deliver more successful results for modeling uncertainty, since they contain the membership functions of truth, indeterminacy, and falsity definitions rather than an only membership function. This feature provides a strong advantage and important capability for modeling uncertainty. In this paper, PCA has been performed based on NSs for more effectively modeling uncertainties of the process. For this purpose, specification limits (SLs) have been reconsidered by using NSs and two of the well-known process capability indices (PCIs) named and have been reformulated. Additionally, design and analysis of the indices and are investigated based on NSs. Finally, the neutrosophic process capability indices (NPCIs) and have been derived for three cases that are created by defining SLs to model uncertainties. Additionally, the indices and have also been applied and analyzed on some real case problems from automotive industry. The obtained results show that the NPCIs support the quality engineers to easily define SLs and obtain more flexible and realistic evaluations for PCA.

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“…Elements of the sets have degrees of belongingness (in another word, membership) according to underlying sets. Atanassov defined intuitionistic fuzzy sets including belongingness and non-belongingness degrees [21,32,33,34]. Smarandache suggested Neutrosophy as a computational solution to the idea of neutrality [22].…”

Section: Figure 2 Subtypes Of Various Forms Of Validity Testsmentioning

confidence: 99%

The Development Of Neutrosophic Form Of The Satisfaction With Life Scale And Proposal For A Confirmatory Analysis Based On Neutrosphic Logic

Duran¹,

Topal²

2021

Preprint

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The main concept of neutrosophy, introduced by Smarandache (1998) is that any idea has not only a certain degree of truth but also a degree of falsity and indeterminacy in its own right. Although there are many applications of neutrosophy in different disciplines, the incorporation of its logic in education and psychology is rather scarce compared to other fields. In this study, the Satisfaction with Life Scale adapted into the Turkish by Dağlı and Baysal (2016) which was developed by Diener, Emmons, Larsen ve Griffin (1985) was converted into the neutrosophic form and the results were compared in terms of confirmatory analysis by convolutional neural networks. To sum up, two different formulas are proposed at the end of the study in order to determine the validity of any scale in terms of neutrosophy.

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Neutrosophic Logic Based Quantum Computing

Cited by 7 publications

References 12 publications

The Effect of Aspect on Landslide and Its Relationship with Other Parameters

The Effect of Aspect on Landslide and Its Relationship with Other Parameters

Analyzing of process capability indices based on neutrosophic sets

The Development Of Neutrosophic Form Of The Satisfaction With Life Scale And Proposal For A Confirmatory Analysis Based On Neutrosphic Logic

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