Minimum Zagreb Eccentricity Indices of Two-Mode Network with Applications in Boiling Point and Benzenoid Hydrocarbons

A two-mode network is a type of in which nodes can be divided into two sets such way that links established between different types nodes. The relationship separate entities modeled as bipartite network. In computer networks data transmitted form packets source to destination. Such packet-switched rely on routing protocols select the best path. Configurations these depends acquirements; why one protocol might efficient for and may inefficient other. Because some deal with hop-count (number path) while others distance vector. This paper investigates minimum transmission networks. Based parameters, we obtained class all connected n-nodes These parameters are helpful modify or change path given Furthermore, by using least squares fit, discussed numerical results regression model boiling point benzenoid hydrocarbons. show correlation hydrocarbons first Zagreb eccentricity index gives better result compare second index. case network, ?1(?) defined sum square eccentricities nodes, ?2(?) product adjacent article deals respect ?i(?), i=1,2 among n-node extremal matching number, diameter, node connectivity link connectivity.