Перегляд за автором "Omarov, M."

Зараз показано 1 - 5 з 5
  • Зображення мініатюри
    Публікація
    Internet marketing metrics visualization methodology for related search
    (WARSE, 2019) Omarov, M.; Tikhaya, T.; Lyashenko, V.
    A generalization of various metrics and approaches for the disclosure of assessments of Internet marketing is given. A wavelet analysis technique is proposed for disclosing Internet marketing metrics in the case of using related search queries. Wavelet coherence is selected to understand the ideology of using wavelet analysis techniques to investigate Internet marketing metrics. The possibility of a comparative analysis for related search queries is shown. The possibility of visual analysis of Internet marketing metrics using wavelet analysis technique was noted. Specific examples of the use of coherence wavelet for analyzing Internet marketing on specific queries are given.
  • Зображення мініатюри
    Публікація
    Internet Marketing Technologies In Civil Engineering
    (IAEME Publication, 2018) Omarov, M.; Tikhaya, T.; Lyashenko, V.
    The main issues of application of Internet marketing technology in the field of civil engineering are considered. The main directions of modern use of Internet technologies and Internet marketing in the sphere of civil engineering are analyzed. In the form of separate schemes, the forms of marketing combinations are formalized as a result of a combination of classic and modern Internet marketing technologies. The relationship between marketing and Internet marketing in implementing the strategies of managing companies in the field of civil engineering is generalized.
  • Зображення мініатюри
    Публікація
    Mathematical model of the development of manufacturing defects in the surface layer of substerates of moems’ functional components
    (2020) Nevliudov, I.; Omarov, M.; Chala, O.
    A mathematical model of the development of manufacturing defects, with the prediction of the random component of the model in the substrates of functional components of MOEMS, which are made of semiconductors, in particular, silicon, are developed in the article. The main manufacturing defects that arise in the surface layer of the substrates of the MOEMS functional components taking into account the technological processes of their production and dynamic processes were used when developing the model. The developed mathematical model takes into account the occurrence of a random component of the model with its predictive ability. The possibility of such control is the basis for the development of the scientific direction of technology and equipment for the production of semiconductors, materials and electronic devices - defect engineering, based on the management and forecasting of defect formation processes.
  • Зображення мініатюри
    Публікація
    Method of Algorithms for Cyber-Physical Production Systems Functioning Synthesis
    (WARSE, 2020) Nevliudov, I.; Omarov, M.; Yevsieiev, V.; Bronnikov, A.; Lyashenko, V.
    The management process of the new cyber-physical systems (CPPS) development is a complex task that requires the combination of physical and cybernetic components. Now there are no architectural solutions and approaches that allow to automate the management process of CPPS development based on the "end-to-end development" concepts, which will reduce the time and development cost. This article proposes a method for functioning algorithms synthesis. As a result of manipulations, the developer can get many options for algorithms synthesis into one, and the most optimal, according to the requirements that need to be achieved. This method can be implemented as a software in the form of an automation system for the CPPS development control process.
  • Зображення мініатюри
    Публікація
    Model of Accumulation and Loss of Knowledge in Computerization Systems of Education with Remote Access
    (WARSE, 2020) Omarov, M.; Muradova, V.; Lyashenko, V.
    The article discusses the approach to the methods of creating expert assessments to determine the level of knowledge of students in education computerization systems with remote access. This is achieved through the use of the probabilistic approach and Bayesian processes in comparison with the approach based on the theory of fuzzy sets. A model for the accumulation and loss of knowledge is proposed. A life-cycle model of a student’s knowledge system has been developed. The model of finding the optimal periodicity of the learning process with forced interruptions is investigated.