Optimizing Network Structures Using Bipolar Single Valued Neutrosophic Minimal Spanning Tree in Tree Topology

This research analyses the application of BSVNGs in determining minimal spanning trees in an undirected graph. To enhance efficiency and get optimal solution by leveraging the principles of BSVNG and incorporating Prim’s algorithm. Moreover the BSVNMST is converted into a Tree Topology proposing a structured network representation. This study predominantly focuses on reducing cable usage, thereby providing a more cost-effective alternative. Furthermore, the practical applications also demonstrate and prove key properties related to the proposed method.