Kuban State Technological University
Author list of organization
List of articles written by the authors of the organization
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CIVIC AND NATIONAL EDUCATION AND SOCIETY DEGLORIFICATION TREND
DescriptionThe article shows the educational system trend to misconception of civic and national education, which leads to deglorification, nationalistic demonstrativeness, and decrease of youth civic and national education level
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COMPLEX ANALYSIS OF SOCIAL WELLBEING OF THE INHABITANTS OF SOCHI IN THE POST-OLYMPIC PERIOD
22.00.00 Sociological sciences
DescriptionThe article is devoted to social wellbeing as an integral indicator of the socio-psychological state of the individual, social groups and society as a whole. Various methodological approaches to the definition of this category were examined. The article presents the results of the sociological research carried out by the authors devoted to the study of social well-being of the residents of Sochi in the post-Olympic period. Based on the analysis of empirical data, the following indicators are certain: satisfaction of residents with their financial situation, living conditions and health status; the level of optimism in the context of personal and social life in the short time perspective, the degree of conflict in the city between different social groups and trust of habitants to the Central, regional and local authorities. The main problems of Sochi and possible ways of their solution, according to opinion of local residents are presented. The article studies the opinion of citizens to such nationwide processes as the annexation of the Crimea to Russia and the imposition of sanctions against our country, as well as retaliatory sanctions of the Russian Federation. Special attention in the survey is devoted to the attitude of local people to the Olympics in their city and the use of Olympic legacy, as well as the preparation and holding of football World Cup in 2018
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HANDMADE AS A FORM OF CREATIVE AND PROFESSIONAL SELF-REALIZATION
22.00.00 Sociological sciences
DescriptionThe article is devoted to the study of social practices of the handmade and their impact on creative and professional fulfillment of personality. It deals with the concept of handmade, its value as a way of leisure and business in Western countries and in Russia. Presents the results carried out by the authors of the sociological research devoted to the study of the relations of the inhabitants of Krasnodar to manual production. Based on the analysis of empirical data the following indicators handmade were pointed: uniqueness, exclusivity, originality, quality. Handicrafts opposed to a mass product. This makes hand-made in demand. Respondents perceive the hand primarily as a leisure activity, which nevertheless allows obtaining additional income and contributes to self-development. Key qualities and competencies that can be generated in the course of employment in manual labor were identified. Among them the most important the respondents considered the disclosure of creative abilities, creativity, attentiveness, diligence. It is concluded that under the conditions of modern Russia, with the existing level of development of information technologies created sufficient social base for the development of handmade industry
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AUTOMATION DETERMINATION OF HEAT CAPACITY AND THERMAL CONDUCTIVITY OF MATERIALS
DescriptionThe article describes a method for determining the heat capacity from data of differential scanning calorimetry and thermal conductivity of materials, using the DSM-2M and IT-λ-400 instruments with original computer programs
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THE EFFECT OF PLANT FOOD ADDITIVES ON THE PROPERTIES OF WHEAT FLOUR AND DOUGH
DescriptionThe article presents data describing composition of macronutrients and food additives "Apple Powder" and food additive "Pumpkin Powder" obtained from secondary resources processing of apples and pumpkins with innovative technology that ensures their high antioxidant activity. Introduction of the studied food additives in wheat flour provides a boost of its antioxidant activity compared to the control (wheat flour without any additives). We have revealed that the introduction of the studied food additives in wheat flour provides a strengthening effect to the gluten flour, while dietary Supplement Powder called "Apple" has a strengthening effect on the gluten of wheat flour compared with a dietary Supplement called "Pumpkin Powder". We proved a positive impact of food additives on the gas-forming ability of wheat flour and water absorption capacity of dough; at he same time, with the same dosage of additives, water absorption capacity of dough with the introduction of additives of "Pumpkin Powder" is higher than this figure with the introduction of the additives of "Apple Powder", due to the higher content of pectin in the additive "Pumpkin Powder " compared with the additive "Apple Powder", having a high water-holding capacity. We have found that the dough with the introduction of the investigated supplements has the best rheological properties in comparison with control samples. The obtained results allow us to develop evidence-based formulation and technological modes of production of bakery products enriched with antioxidant properties, with the use of food additives called " Apple Powder" and "Pumpkin Powder"
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APPROACH TO SAFETY MANAGEMENT AT MECHANICAL ENGINEERING ENTERPRISES
DescriptionIn the article, approaches to the management existing at the present stage are considered, their merits and disadvantages are described. General scientific and special approaches to management are singled out. The system, functional and process approaches are described in more detail. The principles of E. Deming are considered. It is pointed out that the application of the above approaches to production management is limited only by the economic sphere of activity, while there is a prospect of using these approaches in the field of labor protection. The article substantiates a selection of the process approach as the most promising in the management of the labor safety management system and health protection of a machine-building enterprise
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THE STUDY OF LEARNING ALGORITHMS OF NEURO-FUZZY SYSTEMS CONTROL OF BIOTECHNOLOGICAL PROCESS
DescriptionThe subject of study of this work was learning algorithm of neuro-fuzzy systems with different membership functions. In the prior works there are no published studies of such studies, making it difficult synthesis of neuro-fuzzy control system with new objects in the application of biotechnology, including technological agribusiness entities. A comparative analysis of learning algorithms of neuro-fuzzy system with different membership functions using the method of error back propagation and а hybrid method. For this we used a training sample that contains data of temperature and concentration of dissolved gas in the culture liquid: oxygen (pO2), carbon dioxide (pCO2) of a biotechnological process. It is shown that the hybrid method carries out training of a neural network for the number of periods is 23 times smaller than the algorithm back-propagation errors. The studies found that the two-sided Gaussian membership function provides the smallest learning error of the network δ equal of 3,28•10–3, compared to the other, giving the largest error of training the neural network δ=0,138. Therefore, the task of running the fermentation process effective is the use a hybrid method of education and two-sided Gaussian membership functions. According to the research, we can conclude that for the adaptation of neuro-fuzzy network ANFIS and fuzzy inference system Sugeno zero order to solve biotechnological process control tasks microbiological production efficiency is to use a hybrid method of education and bilateral Gaussian membership functions
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Description
This article is dedicated to the study of the parameters of the artificial immune system for solving the polymorphic viruses’ detection problem. The goal is to define a vector of the immune system parameters that would ensure the minimum number of errors of the first kind, the minimum number of errors of the second kind and the maximum percentage of polymorphic viruses’ detection. That is, the most accurate classification of them as a malicious code, in relation to any theoretically possible vector of parameters of the artificial immune system. A distinctive feature of the studied artificial immune system is the use of a class of genetic algorithms that provide more efficient training of detectors. The configurable parameters of the system are: the algorithm for determining the proximity of the detector and the pathogen, which can be realized by determining the Levenshtein distance or by the method of adjacent bits; as well as the method of implementing the crossing-over operator, the method of implementing the mutation operator, the method of implementing the selection operator, the algorithm for determining the proximity of the detector lines. In addition, the article considers the expediency of using a distributed network of several nodes, each of which will have an immune system that will exchange data with other nodes of the network. As a result of the research, a set of optimal parameters was obtained in which the system achieves the maximum accuracy of recognition of polymorphic viruses
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Description
The article is devoted to solving one of the major problems in electric power industry, which is to simplify and improve the accuracy of simulation and calculation modes of complex electrical systems with using the frequency characteristics of the elements of the power system in generalized vector space. Article has an exploratory character, which is expressed that mathematical models of static elements of an electrical network are considered in the form of transfer functions of dependence of conduction on the frequency. A number of the provisions of article has scientific originality which is in the approach to the choice of the coordinate system for modeling static elements. It is offered the mathematical models air and cable transmission lines, generalized load, single reactors generalized vector space for analysis of steady and transient modes. As an example was calculated family of real and imaginary parts of the frequency characteristics of the AC-70 line with different values of the length, lines with different section (AC-70, AC- 95, AC-120), generalized load with different ratios of active and reactive power, various types of single reactors. Offered mathematical models allow exploring different symmetric modes of electric networks using more efficient mathematical apparatus
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Description
The article deals with the study of vehicles impact on the environment, since one of the main causes of air pollution are cars with internal combustion engines. One of the most important measures in the fight for clean air is the creation of an environmentally friendly transport. From this point of view, the most promising is the electric car, as the only solution to the problem of atmospheric pollution. In this article, the history of the development of modern electric vehicles, the advantages and disadvantages of their design, as well as the possibility of introducing electric vehicles into everyday life are considered. After the analysis, it was concluded that, in spite of the obvious advantages and the huge path that electro mobiles went through in their development, humanity is still not ready to refuse from cars with internal combustion engines, opting for electric vehicles