name
Lutsenko Yevgeniy Veniaminovich
Scholastic degree
•
Academic rank
professor
Honorary rank
—
Organization, job position
• Kuban State Agrarian University
кафедра компьютерных технологий и систем
профессор
Research interests
Системнокогнитивный анализ, системы искусственного интеллекта, высшие формы сознания, перспективы человека, технологии и общества
Web site url
Current rating (overall rating of articles)
0
TOP5 coauthors
Articles count: 276
Сформировать список работ, опубликованных в Научном журнале КубГАУ

QUANTITATIVE AUTOMATED SWOT AND PEST ANALYSIS USING ASCANALYSIS AND "EIDOS X++" INTELLIGENT SYSTEMS
DescriptionSWOT analysis is a widely known and generally accepted method of strategic planning. However, this does not preclude the fact that it’s been criticized, often quite fair and wellreasoned. A critical review of the SWOT analysis revealed quite a lot of his weaknesses (disadvantages), the source of which is the need to engage experts, in particular to assess the strength and direction of influence factors. It is clear that the experts do it by the informal (intuitive), on the basis of their professional experience and competence. But experts have their limitations and often for various reasons they can't and don't want to do it. Thus, the problem arises of the SWOTanalysis, without the involvement of experts. This problem can be solved through automation of the functions of the expert, i.e. by measuring the strength and direction of influence factors directly based on empirical data. This technology was developed long time ago, it is already 30 years old, it was named "Eidos". This article on real numerical examples describes in detail the possibility of automated quantitative SWOT analysis by means of ASCanalysis and intelligent systems of "Eidos X++" without help of experts, when the estimations are based directly on empirical data. We have also proposed a solution of direct and inverse problems of the SWOT analysis. PEST analysis has been considered as a SWOT analysis, with more detailed classification of external factors. Therefore, the conclusions obtained in this article on the example of SWOT analysis can be extended to PESTanalysis

Description
Total lie is considered in the article as strategic information weapons of society in the era of globalization and augmented reality. The article reveals the possibility of application the principle of observability in modern society, as it is common in physics criterion of reality. It is shown, in which cases the application of this principle in studies of society leads to social illusions, and when it gives adequate results. We have offered a concept: “the degree of virtualization of society” and a quantitative scale for its measurement, and we have also introduced the concept of "Public Umwelt" by which the area of society that differs significantly from the rest of their fundamental laws is meant

01.00.00 Physicalmathematical sciences
DescriptionSince there are many artificial intelligence systems, there is a need of comparable quality assessment of their mathematical models. For this purpose, these systems can be tested on the same database source data, for which it is very convenient to use a public database of the UCI repository. This work is aimed at the study and development of model practices of the database of the UCI repository to assess the quality of mathematical models of artificial intelligence systems

Description
The problem of identifying authors and literary sources for bibliographic descriptions in the literature in recent years become increasingly important scientific and practical value. This is, in particular, due to the policy of the Ministry of education and science of the Russian Federation in the field of quality assessment of the results of scientific activity, which involves the use of a number of references to publications of authors and the Hirsch index. In Russia, appropriate analytical tools to evaluate the results of scientific activity, functionally similar to the wellknown foreign bibliographic databases such as Scopus, Web of Science and other. Currently, the most famous Russian similar service is the Russian science citation index (RSCI): http://elibrary.ru/. However, as experience shows, references in bibliography list of publications are often made with a violation of GOST 7.12003 rule, and with the erroneous output, for example, incorrectly specified page numbers, name of publisher, etc., In practice, this leads to the fact that software system of bibliographic database cannot determine what is the right reference for the article and who were the authors of this article. As a result, for these authors we lost the citation, which leads to an underestimation of their Hirsch indexes and evaluation of the results of their research activities and leadership. It is clear that these negative consequences should be overcome. This article is devoted to the presentation of the approach, which allows to solve the problem by applying an ASCanalysis and intelligent system named "Aidos", which is a modern innovative smart technology ready for implementation

01.00.00 Physicalmathematical sciences
DescriptionThe article describes a numerical example of creating intellectual application designed to predict solar flares of different classes on the basis of the history of their development in the environment of "Eidos" system. As the source data, we used the database of UCI repository

01.00.00 Physicalmathematical sciences
DescriptionThe method of ordinary least squares (OLS) is widely known and deservedly popular. However, some attempts to improve this method. The result of one of such attempts is the weighted least squares (WMNC), the essence of which is to give the observation a weight which is inversely proportional to the errors of their approximation. Thereby, in fact, monitoring is ignored the more the difficult to approximate it. The result of this approach, formally, is the approximation error decreasing, but in fact, this occurs by partial refusal to consider the "problem" of observations, making a big mistake. If the idea underlying WMNC to bring to the extreme (and absurd), then in the limit, this approach will lead to the fact that from the entire set of observations there will be only those that lie almost exactly on the trend obtained by the method of least squares, and the rest will simply be ignored. However, according to the author, it's not a problem, and the failure of its decision, though it might look like a solution. In the work we have proposed a solution, based on the theory of information: to consider the weight of observations, the number of the argument of the value function. This approach was validated in the framework of a new innovative method of artificial intelligence: methods for automated systemcognitive analysis (ASAanalysis) and implemented 30 years ago in its software toolkit, which is "Eidos" intelligent system in the form of socalled "cognitive functions". This article presents an algorithm and software implementation of this approach, illustrated in detailed numerical example. In the future it is planned to give a detailed mathematical basis of the method of weighted least squares, which is modified by the application of information theory to calculate the weights of the observations, and investigate its properties

01.00.00 Physicalmathematical sciences
DescriptionThis article briefly discusses the mathematical nature of the author's proposed modification of the weighted least squares, in which the amount of the data is used as the weights of observations. There are two variants of this modification. In the first one, the weighting of the observations was made by replacing one observation with a certain amount of the information in it by the corresponding number of observations for unit weight, and then we applied the standard method of least squares. In the second method, the weighting of the observations was performed for each value of the argument by replacing all observations with a certain amount of information in one observation of unit weight which had been obtained as a weighted average of them, and then we applied the standard method of least squares. We have described in detail the technique of numerical calculations of the amount of information in the observations, based on the theory of automated systemcognitive analysis (ASCanalysis) and implemented it with a help of software tools  intelligent system called "Eidos". The article provides an illustration of the proposed approach on a simple numerical example. In the future, we are planning to give more detailed mathematical basis of the method of weighted least squares, which is modified by using the amount of information as weights, but also to explore its properties

SOLVING PROBLEMS OF STATISTICS WITH THE METHODS OF INFORMATION THEORY
01.00.00 Physicalmathematical sciences
DescriptionThe article presents a theoretical substantiation, methods of numerical calculations and software implementation of the decision of problems of statistics, in particular the study of statistical distributions, methods of information theory. On the basis of empirical data by calculation we have determined the number of observations used for the analysis of statistical distributions. The proposed method of calculating the amount of information is not based on assumptions about the independence of observations and the normal distribution, i.e., is nonparametric and ensures the correct modeling of nonlinear systems, and also allows comparable to process heterogeneous (measured in scales of different types) data numeric and nonnumeric nature that are measured in different units. Thus, ASCanalysis and "Eidos" system is a modern innovation (ready for implementation) technology solving problems of statistical methods of information theory. This article can be used as a description of the laboratory work in the disciplines of: intelligent systems; knowledge engineering and intelligent systems; intelligent technologies and knowledge representation; knowledge representation in intelligent systems; foundations of intelligent systems; introduction to neuromaturation and methods neural networks; fundamentals of artificial intelligence; intelligent technologies in science and education; knowledge management; automated systemcognitive analysis and "Eidos" intelligent system which the author is developing currently, but also in other disciplines associated with the transformation of data into information, and its transformation into knowledge and application of this knowledge to solve problems of identification, forecasting, decision making and research of the simulated subject area (which is virtually all subjects in all fields of science)

01.00.00 Physicalmathematical sciences
DescriptionThe article is devoted to the solution of the problem which is the fact that on the one hand, the rating of Russian universities is in demand and on the other hand it hasn’t been created yet. The proposed idea of solving the problem consists in the application of domestic licensing of innovative intelligent technologies for these purposes: we have suggested using an automated systemcognitive analysis (ASCanalysis) and its software tools – the intelligent system called "Eidos". These methods are described in detail in this context. It is proposed to consider the possibility of applying these tools on the example of the Guardian University ranking. The article discusses its private criteria (indicators of universities). We specify the sources of data and the methods of their preparation for processing in "Eidos" system. In accordance with ASCanalysis methodology the article describes the installation of "Eidos", the data input into it, and the formalization of the subject area, synthesis and verification of models, their display and use to solve problems of assessment of the Guardian rating for Russian universities and research object modeling. It also discusses the prospects and ways of development of the integrated rating of Russian universities and operation of rating in adaptive mode. We have also specified the limitations of the proposed approach and the prospects of its development

01.00.00 Physicalmathematical sciences
DescriptionRecently, the process of monetization of the evaluation of scientific activity was initiated, and there is a need for quantitative methods and comparable assessment of the effectiveness and quality of work of a scientist. There are numerous methods to reward for these results. What is common to all these techniques covered is the role of the Hirsch index or hindex. By itself, this index is well founded. However, in connection with the practice of application of hindex in our environment in the minds of the scientific community it has started some kind of mania, which the author proposes to call "Hirschmania". This mania is characterized by elevated unhealthy interest to the value of the Hirsch index, especially inadequate artificial exaggeration of this value, as well as a number of negative implications of this interest. In this article we have made an attempt to briefly describe some of the negative effects of this new mental infection that hit the public consciousness of the scientific community. And also we want to identify ways of overcoming at least some of their causes. This is the problem solved in this work. To solve the formulated problem, we propose to apply multicriteria approach based on information theory, namely those options, which are implemented in an automated systemcognitive analysis (ASCanalysis) and its software tools  intelligent system called "Eidos