Scientific and Technical Journal

ELECTROTECHNIC AND COMPUTER SYSTEMS

ISSN Print 2221-3937
ISSN Online 2221-3805
STRUCTURE HIERARCHICAL METHOD OF COMPUTER NETWORKS REPRESENTATION
Abstract:

This paper are represented the method of computer networks representation. It can be using during the network design stage and for searching damage points when the incidents are emerged. The main purpose of this study is the two key problems: firstly, reduction time and volume of network documentation process. Secondly, reduction of time of location bounce points and errors in network equipment while network operation. This method and the tools based on it will be useful for network engineers and administrators, who design and monitoring computer networks and services, because it no need to use many pieces documentation because the most common daily functions can be automatized. The method based on two main mechanisms – building the network structure graph what have to transformation to text representation in JSON or XML format, and automatic parsing this file for searching points of failure, such a data transitions channels orfailure of equipment or network services. This method will be useful: 1. For network engineers to monitoring and controlling network equipment; 2. For network administrators to monitoring and controlling network servers and services; 3. For security administrators to monitoring network security policy and security incidents investigation. Also the tools based on this method can be in a two types of soft – client-server application or on-board application. All administrators can make own application based on this method and change the algorithms of parsing the network structure file in accordance with their task and requirements. The tools based on this method should maintain a modular structure for easy change algorithms and functionality.

Authors:
Keywords
References
  1. ANSI/TIA/EIA 606A. Administration standard for telecommunications infrastructure. Quick reference guide. Available at: http://www.flexcomm.com/library/606aguide.pdf.
  2. Tanenbaum Andrew S. Computer networks. Andrew S. Tanenbaum, David J. Wetherall. - Access mode: http://iips.icci.edu.iq/images/exam/Computer-Networks---A-Tanenbaum---5th-edition.pdf.
  3. Kuroze James F. Computer networking: a top-down approach. James F. Kurose, Keith W. Ross.– Avaible at: http://www.bau.edu.jo/User Portal/UserProfile/PostsAttach/10617_1870_1.pdf.
  4. Network documentation. Available at: http://studbooks.net/2249023/informatika/dokumentirovanie_seti
  5. Network documentation. Available at: http://ciscotips.ru/network-documentation.
  6. Cristian Ensel. (2002) An Approach for Managing Service Dependencies with XML and the Resource Description Framework. C. Ensel, A. Keller. Journal of Network and Systems Management. Vol. 10., Issue 2. pp. 147-170.
  7. Shaporin, R., Mykoliyk, M., Oleshko, D. (2014). Method of the distributed information systems designing [Metodyka proektuvannya rozpodilenykh informatsiynykh system]. Scientific bulletin of Chernivetskiyuniversity. V.5, Part 1. Chernovtsy – P. 22-27.
  8. Shaporin, R. O., Nesterenko, S. A., Nesterenko, J. S. (2013). The problems of traffic management in networks with heterogeneous structure [Problemy upravleniya trafikom v gibridnykh komp'yuternykh setyakh]. 14-th Int. Conf. MIET, Odesa. – P. 149-150.
  9. Shaporina, O., Tishin, P., Nesterenlo, S., Mileyko, I. (2013). Models of the computer networks functioning characteristics in the conditions of uncertainty [Modeli kharakteristik funktsionirovaniya komp'yuternykh setey v usloviyakh neopredelennosti].14-th Int. Conf. MIET, Odessa. –    P. 138-141.
  10. Shaporin, R. O., Shaporin, V. O., Mileyko, I. G. (2009). The switch buffers size calculation method [Metod rascheta razmerov buferov kommutatorov]. Works of Odessa Polytechnic University, № 2(28), Odessa. – P. 116-119
  11. Tishin, P., Botnar, K. (2009) Indistinct models of the communication networks [Nechetkiye modeli setey svyazi]. Refrigeration equipment and technology №8. Odessa.– P. 60-67
  12. Kopytchuk, M., Tishin, P., Tsurupa, M. (2013). The analyses of networks with the multilevel ontology of risk's estimate with CORAS methodology [Analiz vychislitel'nykh setey s pomoshch'yu mnogourovnevoy ontologii otsenki riskov s primeneniyem metodologii CORAS]. Electrotechnic and Computer Systems №10, Odesa, P. 120-126
  13. Nesterenko, S., Tishin, P., Makovetskiy, O. (2012). Designing of model of ontology for diagnostics of service-oriented network structures on the base of apply logic multisort language [Razrabotka modeli ontologii diagnostiki servis-oriyentirovannyh setevykh struktur na osnove mnogosortnogo yazyka prikladnoy logiki]. Electrotechnic and Computer Systems №7. Odesa.– P. 102-108
Published:
Last download:
15 Dec 2018

[ © KarelWintersky ] [ All articles ] [ All authors ]
[ © Odessa National Polytechnic University, 2014-2018. Any use of information from the site is possible only under the condition that the source link! ]