Neutrosophic linear programming using possibilistic mean

Non-linear Neutrosophic Numbers and Its Application to Multiple Criteria Performance Assessment

“…Several recent works rely on neutrosophic sets to approach different problems in multiple research areas. For example [7] proposes neutrosophic linear programming using the concept of possibilistic mean; [8] develop an application in the hotel location selection problem; [9] proposes an approach to pharmaceutical supply chain management; [10] investigate the pricing problems of satellite image data products; [11] study the temperature variation and climate data; [12] approach the problem of offshore wind farm site selection in USA; [13] measure pollution attributes in mega-cities; [14] describe an application for sustainable supplier selection; [15] deal with the assessment of safety in construction; [16] propose a leanness assessment methodology; and [17] explore the key factors which would prevent expansion of the epidemic in the face of incomplete knowledge.…”

Mehar approach to solve neutrosophic linear programming problems using possibilistic mean

“…Finally, it is assumed that an optimal solution of the transformed CrIPP also represents an optimal solution of SVTNIPP. Khatter (2020) pointed out that although several approaches are proposed in the literature to solve SVNLPPS. However, all the methods for comparing SVNNS, used in existing approaches, are independent from the attitude of the decision maker towards the risk.…”

“…However, all the methods for comparing SVNNS, used in existing approaches, are independent from the attitude of the decision maker towards the risk. To fill this gap, Khatter (2020), firstly, proposed a method for comparing two SVNNS by considering the attitude of the decision maker towards the risk. Then, using the proposed comparing method, Khatter (2020) proposed an approach to solve SVNLPPS.…”

“…To fill this gap, Khatter (2020), firstly, proposed a method for comparing two SVNNS by considering the attitude of the decision maker towards the risk. Then, using the proposed comparing method, Khatter (2020) proposed an approach to solve SVNLPPS. In Khatter's approach (2020), a SVNLPP is transformed into its equivalent CrLPP.…”

Interval-Valued Triangular Neutrosophic Linear Programming Problem

“…Abdel-Baset et al [25] discussed a novel method for solving the fully neutrosophic linear programming problems. Khatter [39] proposed Neutrosophic linear programming using possibilistic mean according to Kirna [39] the proposed approach converts each triangular neutrosophic number in linear programming problem to weighted value using possibilistic mean to determine the crisp linear programming problem. Bera et al [40] approach the application of neutrosophic linear programming problem to real life.…”