An Application Method for the use of Neutrosophic Soft Mappings in Decision-Making the Diagnosis of Covid-19 and Other Lung Diseases

Abstract

Covid-19 is an epidemic that has spread rapidly around the world and be direct damages the lung in recent years. Many researchers struggled for months trying to find a diagnosis and therapy for this epidemic. As a result of these studies, they have identified common of many symptoms of the epidemic disease with some lung diseases like flu, colds and even allergies. It can say that it is difficult to determine the exact disease type as lung diseases show similar symptoms. Because the elements of indeterminacy and falsehood are commonly ignored in practical assessments, it’s difficult to identify precision can’t anticipate the period of therapy and in the patient’s progress history. In order to after eliminate this uncertainty decide on the definitive diagnosis, a mathematical model was put forward by using neutrosophic soft set theory and function properties of this theory. These concepts are necessary and sufficient to accurately diagnose diseases by connecting with mathematical modeling. This study makes easier to establish a link between patients’ symptoms and therapy patterns. A table is created in fuzzy interval [0, 1] for put in order the type of disease among various lung diseases. Diagnosing the disease and finding the best therapy depends on the neutrosophic soft mapping. Finally the generalized neutrosophic soft mapping are utilized map to help predict the duration of therapy until the disease is cured.

Addressing Uncertainties in Planning Sustainable Systems Through Multi-criteria Decision Analysis (MCDA)

“…In this work, the complexity in terms of the multi-facet and multi-dimensional nature of the decision problem is considered. Neutrosophic set–based tools are also developed for the diagnosis of COVID-19 and other lung diseases (Karataş and Ozturk 2022 ) and for optimal resource allocation for achieving sustainable development goals in Egypt (Badr et al 2022 ). Quadripartitioned single-valued neutrosophic properties are also introduced and applied to assess the influential factors affecting energy prices (Granados 2022 ).…”