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.

Highlights

  • The methodology of integrated telecommunications and computer network (ITCN) model designThe methodology of designing Command Information System (CIS) ITCN models in a tactical combat unit involves implementing a series of analytical steps within which the implementation of specific actions leads to the elements needed to design the network model.Theoretical analysis modelTheoretical analysis to distinguish elements that indicate the organizational structure, functions and tasks, information flows, the spatial arrangement of elements, the time of execution of operations, represent the technical sub-systems and tactical communications requirements

  • Realizacija funkcija mrežnih elemenata putem mrežnih aplikativnih servisa u suštini predstavlja distribuciju podataka i informacija od izvora nastajanja do odredišta gde će njihovo značenje biti iskorišćeno za postizanje određenog cilja

  • Kroz informacione tokove u organizacionoj strukturi artiljerijskog diviziona mrežnim elementima se šalju digitalizovani podaci za čije su izvorne formate izračunate minimalne i maksimalne količine podataka, što je detaljno izvedeno i tabelarno prikazano u [2]

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Summary

Metodologija i postupak projektovanja ITRM

Metodologija projektovanja modela ITRM KIS-a taktičke borbene jedinice podrazumeva sprovođenje niza analitičkih koraka unutar kojih se primenom određenih postupaka dolazi do elemenata potrebnih za projektovanje mrežnog modela. Predviđeni koraci opisani u [2] su u vidu funkci-. Napomena: Rad je nastao u okviru naučnog projekta „Rentabilan izbor novih tehnologija i koncepcija odbrane kroz društvene promene i strateške orijentacije Srbije“ (III 47029), koji finansira Ministarstvo za nauku i tehnološki razvoj Republike Srbije. S ciljem sveobuhvatne analize i sagledavanja svih elemenata koji imaju uticaj na efikasnost projektovanja modela ITRM, neophodno je sprovesti sve navedene faze i postupke

Teorijska obrada modela
Organizaciona struktura
Donosilac odluka II Obrada podataka II Izvršilac
Funkcije i zadaci
Mrežni element Donosilac odluka
Informacioni tokovi
Podaci za prenos
Tehnički podsistemi
Prostorni raspored
Vremena izvršenja
Zahtevi za podsistem ITRM
Tehnologije prenosa
Mrežni aplikativni servisi
Veličine paketa i fajlova
Preliminarni model
MREŽNI SAOBRAĆAJ
Summary:
Theoretical analysis model

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