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Vojnotehnički glasnik
2012, vol. 60, iss. 2, pp. 258-274
article language: Serbian
document type: Professional Paper
published on: 24/07/2012
doi: 10.5937/vojtehg1202258M
Methodology of the design of an integrated telecommunications and computer network in a control information system for artillery battalion fire support
aGeneralštab Vojska Srbije, Uprava za telekomunikacije i informatiku (J-6), CKISIP, Beograd
bUniversity of Defence, Military Academy, Belgrade
cMilitary Technical Institute - MTI, Belgrade

e-mail: mscomp@beotel.rs

Abstract

A Command Information System (CIS) in a broader sense can be defined as a set of hardware and software solutions by which one achieves real-time integration of organizational structures, doctrine, technical and technological systems and facilities, information flows and processes for efficient and rational decision-making and functioning. Time distribution and quality of information directly affect the implementation of the decision making process and criteria for evaluating the effectiveness of the system in which the achievement of the most important role is an integrated telecommunications and computer network (ITCN), dimensioned to the spatial distribution of tactical combat units connecting all the elements in a communications unit. The aim is to establish the design methodology as a way of the ITCN necessary to conduct analysis and extract all the necessary elements for modeling that are mapped to the elements of network infrastructure, and then analyzed from the perspective of telecommunications communication standards and parameters of the layers of the OSI network model. A relevant way to verify the designed model ITCN is the development of a simulation model with which adequate results can be obtained. Conclusions on the compliance with the requirements of tactical combat and tactical communication requirements are drawn on the basis of these results.

Keywords

Command Information System (CIS); integrated telecommunications and computer network (ITCN); methodology; information flow; OSI network model; network element; network-centric; simulation model; latency time; artillery battalion for fire support

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