Neutrosophic soft sets with applications in decision making
This work addresses decision-making under uncertainty, but it is incremental as it builds on existing definitions and methods.
The paper redefines neutrosophic soft sets and their operations to enhance functionality, then constructs decision-making methods that select optimum elements from alternatives, with examples showing successful application to uncertain problems.
We firstly present definitions and properties in study of Maji \cite{maji-2013} on neutrosophic soft sets. We then give a few notes on his study. Next, based on Çağman \cite{cagman-2014}, we redefine the notion of neutrosophic soft set and neutrosophic soft set operations to make more functional. By using these new definitions we construct a decision making method and a group decision making method which selects a set of optimum elements from the alternatives. We finally present examples which shows that the methods can be successfully applied to many problems that contain uncertainties.