Qasim N. The method of parametric synthesis LTE EPC network with self-similar traffic

The object of study - the thesis is the process of designing LTE networks EMF. Subject of investigation - mathematical models and the LTE EPC network traffic and method of parametric synthesis. Research methods - methods of optimization, mathematical statistics and probability theory, theory Teletraffic, self-similar traffic system analysis, mathematical modeling. Theoretical and practical results: the first mathematical model of telecommunication network technology LTE is unlike existing implementing pro-iterative process, while ensuring the solution of the whole complex network planning, which is a complex scientific and technical problem. For the first time developed complex mathematical models of traffic flowing in channels in the LTE network elements based on EMF and describe the traffic in the network model of self-similar process. Designed complex models allowed better take into account the characteristics of modern traffic in LTE networks and open up the possibility of creating effective methods of parametric synthesis and analysis of LTE networks EMF in today's multiservice traffic. For the first time the method of parametric synthesis LTE networks EMF in terms of traffic entering the network effect of self-similarity. The novelty of the method is in use in the developed complex mathematical models. It is possible to reduce the size of the delay in the network by increasing the efficiency of bandwidth and network elements LTE EMF. The suggested mathematical models and methods of synthesis of LTE networks EMF are of great practical importance since opening the opportunity for highly efficient synthesis of economic and technical indicators of cellular networks LTE. The practical value of the results is that the proposed thesis mathematical models and methods of structural and parametric synthesis got a software implementation that allows the synthesis of multi-service network LTE, to determine the site of the nodes and network topology and determine the numerical values of network elements and channels communication. The development is designed for use in the design of networks LTE.