Bipolar soft filter
Orhan Dalkiliç,Naime Demirtaş +1 more
TL;DR: In this study, bipolar soft filters which are defined over an initial universe using a fixed parameter set are presented and examples are given in order to better understand the subject.
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Abstract: In this study, we present bipolar soft filters which are defined over an initial universe using a fixed parameter set. At the same time, the concepts of bipolar soft filter subbase and bipolar soft filter base are given. In addition, we give examples in order to better understand the subject in our paper.
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Citations
A novel approach to soft set theory in decision-making under uncertainty
TL;DR: In this study, the concepts of relational membership function and inverse relational membershipfunction were defined and some related properties were studied and some new technical formulations have been given and algorithms for decision-making under uncertainty are proposed.
35
Determining the membership degrees in the range (0, 1) for hypersoft sets independently of the decision-maker
TL;DR: The concepts relational hypersoft membership degree and inverse relational hypersFT membership degree are proposed, which are given less dependent on decision-makers, and two decision-making algorithms are given to use these concepts in an environment of uncertainty.
7
A mathematical model to the inadequacy of bipolar soft sets in uncertainty environment: N-polar soft set
TL;DR: The aim is not to leave unmatched objects in the universe set for each parameter set, so it becomes easier to get better approaches to uncertainty problems and to define N -polar soft sets.
7
A novel perspective for Q-neutrosophic soft relations and their application in decision making
O Dalkilic,Naime Demirtas +1 more
TL;DR: Q-neutrosophic soft relations are defined by referring to the modified Q-neUTrosophile soft set theory and analyzed in detail and described in detail to explain the correspondence between objects in a better way.
5
A mathematical model to the inadequacy of bipolar soft sets in uncertainty environment: N-polar soft set
TL;DR: The aim is not to leave unmatched objects in the universe set for each parameter set, so it becomes easier to get better approaches to uncertainty problems and to define N-polar soft sets.
3
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TL;DR: It is shown that a soft topological space gives a parametrized family of topological spaces and it is established that the converse does not hold.
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Abdülkadir Aygünoğlu,Halis Aygün +1 more
TL;DR: The first aim of this study is to define soft topological spaces and to definesoft continuity of soft mappings, and to introduce soft product topology and study properties of soft projection mappings.
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Some properties of soft topological spaces
Sabir Hussain,Bashir Ahmad +1 more
TL;DR: The properties of soft open, soft nbd and soft closure are investigated and the properties ofsoft interior, soft exterior and soft boundary are defined which are fundamental for further research on soft topology and will strengthen the foundations of the theory of soft topological spaces.
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