Optimized Evaluation of Mobile Base Station by Modern Topological Invariants

Due to a tremendous increase in mobile traffic, operators have started restructure their networks offload traffic. New research directions will lead fundamental changes the design of future Fifth-generation (5G) cellular networks. For formal reason, study solves physical network base station for prediction best characteristics develop an enhanced with help graph theory. Any number that can be uniquely calculated by is known as invariant. During last two decades, innumerable numerical invariants been portrayed and used correlation analysis. In any case, no efficient assessment has embraced choose, how much these are connected graph. This paper talk about unique variations hexagonal great capability forecasting field optimized topology setting Since K-banhatti sombor (KBSO) Contrharmonic-quadratic (CQIs) newly introduced various expectation graphs or As stations layered, forms called honeycomb. The review settled hexagon distinct sorts KBSO CQIs reduced forms. deduced outcomes utilized modeling networks, multiprocessors interconnections, microchips, chemical compound synthesis memory interconnection results find sharp upper bounds lower honeycomb utilize Mobile (MBSN) high load traffic minimal also.