Abstract
The infrastructure of packet transfer offers great possibilities for organizing the universal transport networks using the LTE technology, which is linked to a wide variety of standards with many applications, as well as applying different protocols of interaction, management and service by contemporary networks. In order to organize a broadband access, it is proposed to employ the rational approach to the mobile transport infrastructure, which is based on the model of network in line with the Unified MPLS Mobile Transport concept, at all levels of which a protocol is configured of multi-protocol commutation by the markers for a simultaneous support of several generations of mobile communication in the unified network flat-oriented architecture. We analyzed the throughput and reliability of a backhaul network. The topology is selected for the optimal construction of a backhaul network using a star-shaped configuration, which will make it possible to create a dynamic fully connected network based on IP. The throughput and transport efficiency of network are determined. It is established that the channel band, the modulation method and the type of morphology exert essential effect on obtaining the best results with a guarantee of data packet transfer without loss of frames. The indicators obtained contribute to an increase in the network capacity and throughput with higher speeds and less delays in the packet transfer.
Highlights
Further development of telecommunication sector requires new principles for the construction of systems and new technologies for the transmission of data
– taking into account contemporary tendencies, to select a topology for the fully connected backhaul network based on Internet protocol (IP);
In the transition to the high-speed HSPA+ and 4G/LTE technologies towards meeting the increasing market demands for the telecommunication services, it is expedient to apply the star-shaped configuration of a backhaul network through the Hub (Fig. 2) being a service router for the network backbone core. This architecture is a connection to the central node by means of the aggregation level, which implies the creation of dynamic fully connected backhaul network based on IP
Summary
Further development of telecommunication sector requires new principles for the construction of systems and new technologies for the transmission of data. For the operators of mobile communication, an increase in the productivity offers a possibility to enhance the network capacity and throughput in conjunction with the high speed of traffic transmission and less delays in data transmission. This allows the rapidly developing wireless means of telecommunication to support multimedia applications and to provide for the maximum expansion of employing the IP protocol in the network. Information and controlling systems is to organize a backhaul network to support the entire spectrum of technologies and services with the use of the LTE technology This defines the relevance of present article
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
