Automation of the Process of the Structure Analysis of Modern Queuing Networks

The procedure for studying the structure of real networks is described. The paper considers the capabilities of the Wolfram Mathematica package and the Python programming language, in particular, the netlib library, for collecting and analyzing information about real systems (for example, transport networks and computer networks). The statistical properties of networks are investigated. The issues of the development of automated tools for the study of ergodicity are considered