Diagnostic method of observed discontinues in the information system based on the use of the two-level system for provision of functional sustainability

DOI: 10.31673/2412-4338.2019.012230

Authors

  • В. В. Собчук, (Sobchuk V. V.) Lesya Ukrainka Eastern European National University, Lutsk
  • М. О. Коваль, (Koval M. O.) Taras Shevchenko National University of Kyiv
  • А. П. Мусієнко, (Musienko A. P.) State University of Telecommunications, Kyiv
  • О. Й. Мацько, (Matsko O. Y.) The National Defence University of Ukraine named after Ivan Cherniakhovskyi, Kyiv

Abstract

In this paper one of the main properties of enterprise information systems is considered - functional stability. Under functional stability refers to the property of an enterprise information system to store, during a given time, the performance of its main functions within the limits set by regulatory requirements, under conditions of influence of flows of failures, malfunctions, failures. This property is closely related to the properties of stability, reliability, durability and fault-tolerance.
In accordance with the concept of hierarchical organization of means of ensuring functional stability, for the diagnosis of information system with hidden failures, several levels should be used. Hidden refusal is a refusal which is not revealed visually or by staff methods and means of control and diagnostics, but is revealed during maintenance or special methods of diagnosis. At the first level, simple diagnostic procedures are used. If they can identify the rejected sites, then this diagnosis ends with the least waste of time. In the event of uncertainty in the definition of the components of the rejected system, the next level of the hierarchy must run diagnostic procedures that can handle more complex failures.
Based on the use of the hierarchical concept of organization of means for ensuring the functional stability of the enterprise information system, two algorithms have been developed that form a two-level system for diagnosing hidden failures. Diagnosis begins with the implementation of the first algorithm, the advantages of which compared to known algorithms are that it requires less redundancy of the system, only two rounds of communication between the nodes of the enterprise information system and provides diagnosis of the information system in the rejection of almost half of its nodes.
In the case of an ambiguous solution to the diagnostic problem, the algorithm generates a signal about its failure and the diagnosis of the information system proceeds according to a second algorithm, which uses the duration of the phases as a criterion.

Keywords: functional stability, automated enterprise management system, external and internal destabilizing factors.

References

  1. V.A. Mashkov, O.V. Barabash. "Self-checking and Self-diagnosis of Module Systems on the Principle of Walking Diagnostic Kernel Engineering Simulation." Amsterdam: OPA 15. (1998): 43-51. Print
  2. I.P. Salanda, O.V. Barabash, A.P. Musiienko "The system of indicators and criteria for formalizing the processes of ensuring the local functional stability of the branched information networks" Systemy upravlinnia, navihatsii ta zviazku 1(41) (2017): 122-126. Print
  3. I.P. Salanda, O.V. Barabash, A.P Musienko "Methods of searching for optimal routes of the graph of the structure of the branched information network by the given optimality criterion under different constraints." Scientific notes of the Ukrainian Research Institute of Communication, Kiev, 2 (42) (2016): 99-106. Print
  4. N. Pashynska, V. Snytyuk, V. Putrenko, A. Musienko "A decision tree in a classification of fire hazard factors ", Еastern-European Journal of Enterprise Technologies, Kharkov 5/10(83) (2016): 32-37. Print
  5. O.V. Barabash, N.V. Lukov-Chuiko, A.P. Musienko, V.V. Sobchuk "Providing of functional stability of information networks on the basis of development of a method of counteraction to DDoS-attacks." Modern information systems, Kharkiv: NTU "KPI", Vol.2, 1 (2018): 56-64. Print
  6. O.V. Barabash, N.V. Lukova-Chuiko, A.P Musienko, O.Yu. Ilyin "Analysis of the use of Petri Networks to support the functional stability of information systems. " Telecommunication and information technologies 1 (58) (2018): 11-18. Print
  7. A.P. Musienko, O.V. Barabash, N.V. Lukova-Chuiko, I.P. Salanda "Diagnostic model of wireless sensor network based on the random test of checks." – Science and Education a New Dimension. Natural and Technical Sciences, Budapest, Hungary. Issue 158, VI (18) (2018): 25-28. Print
  8. O. Barabash, G. Shevchenko, N. Dakhno, O. Neshcheret, A. Musienko "Information Technology of Targeting: Optimization of Decision Making Process in a Competitive Environment" International Journal of Intelligent Systems and Applications. Vol.9, Hong Kong: MECS Publisher 12, (2017): 1-9. Print

Downloads

Published

2019-10-01

Issue

No. 1 (2019)

Section

Articles