A new multi-ideal nano-topological model via neighborhoods for diagnosis and cure of dengue

The idea of nano-topology was originally proposed a decade ago by Thivagar. Since then, a lot of research has been done on the generalizations of the basic notions of nano-topology to overcome the limitations of an equivalence relation. The aim of this paper is to induce a novel frame of nano-topology using various covering-based neighborhoods via multiple ideals. The main properties of the proposed frame are acquired with the help of some illustrative instances, as well as its pros compared to the previous ones are investigated amply. A medical application is also discussed towards the end of this paper, where multi-ideal nano-topology is used to find the key symptoms of dengue disease. In addition, the most suitable medication is also suggested for the cure using the proposed theory.