An a priory routing mechanisms application in transport informational networks

The conceptions of informational networks routing were reviewed and analyzed in this paper. A choice of the appropriate routing conceptions, strategies and algorithmic mechanisms was related with common network loading indexes. A new algorithm of the a priori determined topological structural work-load calculation and it application into routing mechanisms is offered and analytically described. Simulation results of typically selected city informational transport network for offered routing algorithms implementation are given.