Functional characteristics of network-central ontographic information system of specific purpose

DOI: 10.31673/2412-4338.2020.034154

Abstract

The article summarizes the functional characteristics of the network-centric ontographic information system (NOIS) for the needs of structural units of the Naval Forces of the Armed Forces as an effective tool to support decision-making. During the research further development the principle of using cognitive information technology to create such an information system, solved tasks to determine the functional characteristics of special software, chose a structural scheme of the information system, which ensures their implementation, and formed the basic requirements for NOIS. The principles of NOIS creation and prospects for further development of the information system are studied. It is determined that the tasks of structuring and classification of information, including that which has signs of incompleteness, fragmentation, etc., as well as the tasks of further synthesis of guiding documents are of special importance in the process of formation of reasonable decisions. The method of recursive reduction for structuring and for formation of ontologies of information used for substantiation of decision - making is investigated. The functional characteristics of NOIS are proposed to be implemented using a technological platform that has a component architecture of cognitive services. A variant of the structural scheme of the special purpose NOIS is proposed, which takes into account the specifics of information resources and features of the information processing circuit to support decision-making. The obtained results can be used during the development of a draft project of a network-centric ontographic information system, which will increase the efficiency and validity of decision-making by commanders of various units of the Naval Forces during operations (combat operations).

Keywords: Navy, cognitive information technologies, network-centric ontographic information system, recursive reduction method, special software, block diagram, application server, functional characteristics.

References
1. Strategy of the Naval Forces of the Armed Forces of Ukraine 2035. – https://navy.mil.gov.ua/strategiya-vijskovo-morskyh-syl-zbrojnyh-syl-ukrayiny-2035/ (Аccess date 20.07.2020).
2. Program for the implementation of the Strategy of the Naval Forces of the Armed Forces of Ukraine 2035. www.navy.mil.gov.ua/categgory/articles-and-analitics/ (Аccess date 20.07.2020).
3. National Security Strategy of Ukraine. – https://www.president.gov.ua/documents/3922020-35037 (Аccess date 15.08.2020).
4. Massel L., Massel А. Technologies and tools for intellectual decision support in extreme situations in energy. Computing technologies. 2013. Volume 18. Special issue. S. 37-44.
5. Chungora N., Young R., Gunendran G., Palner C., Usmman Z. A model-driven ontology approach for manufacturing system interoperability and knowledge sharing. Computers in industry. 2013, 64 (4), P. 392-401.
6. Dubinin V., Vyatkin V. Designing control applications based on the transformation of ontologies using logical programming languages. In Proceedings of the International Scientific and Technical Conference on Contemporary information technologies, 2012, P. 6-25.
7. Kopaygorodsky A. Use of ontologies in semantic information systems, Ontology of Designing, 2014, 4 (14), P. 78-89.
8. Zagorulko Y. Semantic ontology for development of intelligent systems oriented to experts in subject domain, Ontology of Designing, 2015, 5 (1), P. 30-46.
9. Horbulin V. On the protection of the Sea coast of Ukraine. National Academy of Sciences of Ukraine. 2020. № 9. P. 30-40.
10. Larysa Globa, Svitlana Sulima, Mariia Skulysh, Stanislav Dovgyi and Oleksandr Stryzhak Architecture and Operation Algorithms of Mobile Core Network with Virtualization // In book: Mobile Computing [Working Title] Dr. Jesus Hamilton Ortiz, [Online First], Available from: November 26th 2019, IntechOpen, - 23 p. - DOI: 10.5772/intechopen.89608. WEB of Science, розділ монографії у країнах ЄС.
11. Stryzhak O., Prychodniuk V., Podlipaiev V. Model of Transdisciplinary Representation of GEOspatial Information // Advances in Information and Communication Technologies. UKRMICO 2019. Lecture Notes in Electrical Engineering, vol 560. Springer, Cham. – Р. 34-75.
12. Holovin O., Stryzhak O. The construction of network-centricity system for supporting the processes of equipment and development of armament and military equipment on the basе of transdisciplinary procedures for the integration of information resources // Weapons systems and military equipment. – 2018. – № 4(56). – S. 81-91. https://doi.org/10.30748/soivt.2018.56.12.
13. Holovin O., Stryzhak O. Some technological Aspects of the Implementation of the Principles of Network-centricity in Promising Knowledge-oriented Information-analytical Management Systems for the Development of Armaments and military Equipment // Weapons and military equipment: scientific and technical Journal. – Out. 4(20). – К. 2018. – P. 19 – 25.
14. Minzer О., Stryzhak O., Prychodniuk V. Transdisciplinary presentation of information using interactive documents // Medical informatics and engineering. 2018, № 1. – P. 47-52.
15. Stryzhak O. Ontological aspects of transdisciplinary integration of information resources // Open information and computer integrated technologies, 2014. – № 65. P. 211-223.
16. O.Stryzhak Transdisciplinary Fundamentals of Information-Analytical Activity / Oleksandr Stryzhak, Stanislav Dovgyi // Advances in Information and Communication Technology and Systems. MCT 2019. vol. 152, Springer Nature Switzerland AG. 2020. – P. 99-126
16. Podlipaev V/, Stryzhak O. Integration of information resources of different nature in a network-centric environment based on the category of transdisciplinarity // Weapons systems and military equipment. – 2018. – № 3. – S. 85-94.
17. Author's certificate for the work. Computer program “Transdisciplinary ontological studies of operating environments and processes”. (TODOS-PROCESSES). № 96130.– 18.02.2020.
18. Stryzhak O., “Transdisciplinary integration of information resources, Thesis of the doctor of technical sciences.” Kyiv, p. 470, 2014.
19. Oletsky O., “Applying the column ‘ontology-document’ to the problem of intellectual analysis of the behavior of visitors to web resources,” Sci. Notes Nauk. Comput. Sci., no. 125, pp. 90–92, 2012.
20Palagin. A., Kryvyi S., Petrenko N., “Ontological methods and means of processing subject knowledge: monograph,” VNU them. V. Dal, p. 324, 2012.
21. Prychodniuk V. V., Stryzhak O. Y., Gaiko S. I., Chepkov R. I., “Information-analytical complex of support of transdisciplinary researches processes,” Environ. Saf. Nat. Resour., 2018, doi: 10.32347/2411-4049.2018.4.103-119.
22. Prychodniuk V., “Technological means of transdisciplinary representation of geospatial information,” Institute of Telecomunications and Global Information Space, Kyiv, 2017.
23. Prihodniuk V., Stryzhak O., “Ontological GIS, as a means of organizing geospatial information,” Sci. Technol. Air Forces Armed Forces Ukr., no. 2 (27), pp. 167–174, 2017.
24. Walkman Y., Gritsenko V., Rykhalsky A., Model-parametric space: theory and application. Kyiv, 2012.
25. Shchyptsov О.А., Shchyptsov О.О.. Prospects for the Formation of an Interagency Bank of digital oceanographic Data in the interests of navigation and hydrographic Support of maritime Activities // Marine strategy of the state. Development and realization of Ukraine's maritime potential: Materials of the international scientific Forum 20-21 June 2018 year. – К., 2018. – P.19-24.
26. Shchyptsov О.А. Improving the interdepartmental system for collecting and using oceanographic information on the situation in the Azov-Black Sea basin and other parts of the World Ocean // Marine strategy of the state. Development and realization of Ukraine's maritime potential: Materials of the international scientific Forum, 22-23 May 2019 year. – К.: – P. 55-58.