Radio monitoring of telecommunication systems with TDMA multiple access technique

Spajic, Vlado; Kozić, Nadica; Pokrajac, Ivan; Okiljevic, Predrag

doi:10.1109/telfor.2012.6419343

“…Traditional heterogeneity of both telecommunication systems, computer networks, network data resources, and the range of their users complicates non-prejudicial monitoring and analysis of telecommunication architectures and resources. In this regard, while operating telecommunication systems and computer networks, it is required to apply sufficiently wide range of modern engineering solutions of their monitoring and analysis (for example, radio monitoring (Spajic, Kozic, Pokrajac and Okiljevic, 2012), simulation of telecommunication systems (Lencse, Derka and Muka, 2013), multi-levels heterogeneous routing (S. Tyagi, S. Tanwar, S.K. Gupta et al, 2015), automatic monitoring & detection system for grey traffic (Khan, Imtiaz and Shakir, 2015), monitoring services for scalable heterogeneous distributed 995 systems (Subramanian et al,, 2006), which would improve efficiency of operation of telecommunication networks.…”

Section: Related Workmentioning

confidence: 99%

Monitoring optimization of telecommunication networks for generation of reserve capacity in system

Kravets

¹

,

Данилина

²

,

Malikova

³

et al. 2021

Nexo Revista Científica

1

0

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This article discusses an approach to monitoring optimization in telecommunication networks with packet routing. Mathematical model of data networking with accounting for monitoring traffic structure is described, optimization task is determined. Main attention is paid to model development on the basis of queueing theory in order to generation of reserve capacity in system. The main concept is that comparatively simple structure of monitoring network is imposed on physical structure of telecommunication network. The modeling is aimed at selection of optimum parameters of monitoring system, solution techniques for similar task are proposed. The obtained optimization task is sufficiently complicated, subsequent attempts should be aimed at searching for conditions which would enable introduction of some constraints in order to simplify its solution without noticeable loss of the model adequacy. This is especially important for asynchronous task of monitoring, it should be based on selection of the most acceptable type of objective function (linear or quadratic). Management system structure of terminal equipment monitoring has been developed for railway sector on the basis of SNMP V3. The system would permit to improve confidence level of data received from measuring system about electrical parameters of route cables, thus decreasing human errors upon classification of emergency situations occurring in communication networks.

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Approach to mathematical simulation of data networking with packet routing

Kravets

¹

,

Burkovsky

²

,

Yaskevich

³

2019

J. Phys.: Conf. Ser.

0

View full text Add to dashboard Cite

This article discusses an approach to monitoring optimization in telecommunication networks with packet routing. Mathematical model of data networking with accounting for monitoring traffic structure is described, optimization task is determined. Main attention is paid to model development on the basis of queueing theory in order to generation of reserve capacity in system. The main concept is that comparatively simple structure of monitoring network is imposed on physical structure of telecommunication network. The modeling is aimed at selection of optimum parameters of monitoring system, solution techniques for similar task are proposed. The obtained optimization task is sufficiently complicated, subsequent attempts should be aimed at searching for conditions which would enable introduction of some constraints in order to simplify its solution without noticeable loss of the model adequacy. This is especially important for asynchronous task of monitoring, it should be based on selection of the most acceptable type of objective function (linear or quadratic).

show abstract

Analysis of routing processes in telecommunication networks with unsteady flows using Markov processes

Kravets

¹

,

Shaytura

²

,

Minitaeva

³

et al. 2020

IOP Conf. Ser.: Mater. Sci. Eng.

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This article is devoted to the problems of investigation of routing processes in the large distribution systems. The numerical decision systems of the nonlinear equations for a preset network, traffic and conditions of functioning allows to implement determination of a probability-time characteristics of a network, carry out a rating of used algorithms of routing, methods of streams control. The identification of parameters of model of the routing process close to best values is possible during a repetitive process of search of the solution of a system of nonlinear equations. The designed analytic model of processes of multiparameter routing in networks based the theory of finite Markov chains, queuing theory etc., allows to define probability-time characteristics of a networks. Structure and the methods of model construction provide its practical applicability for auto configuration of routing algorithms and traffic control for specific topological structures, channels characteristics and traffic between routers of a network.

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Radio monitoring of telecommunication systems with TDMA multiple access technique

Cited by 4 publications

References 0 publications

Monitoring optimization of telecommunication networks for generation of reserve capacity in system

Monitoring optimization of telecommunication networks for generation of reserve capacity in system

Approach to mathematical simulation of data networking with packet routing

Analysis of routing processes in telecommunication networks with unsteady flows using Markov processes

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