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The study includes an analysis of various levels of strategies for changing the positions of companies in the existing global value creation chains. First of all, companies in the technology sector of the economy in the Asian region, including companies of South Korea and China, have been considered. As the result of the research, some factors influencing the change in the subordinate position of companies in global value creation chains, -have been presented. In addition, the impact of these factors on changing positions of companies in the high-tech sector in global value creation chains has been analysed. The most frequently repeated factors have been structured and presented as a table.

The article represents a description of the individual features of the arterial network of the elbow joint and comparing results of the investigation with data of Russian and foreign anatomical schools of the USA, Canada, India and Great Britain. The investigation of the arterial network of the elbow joint of two male and two female dead bodies was implemented on the basis of the Anatomy Table. The screenshots was taken after extracting the arteries of this area. The graphic figures allowed to identify individual features of the arterial network of the elbow joint.

Space travel is an ultramodern kind of tourism, promising in terms of developing the near and distant future. In this regard, the article deals with the concept of space tourism, major world players in this field, their achievements and prospects, and also presents a comparative table of space tourism programs of different companies. In conclusion, the positive and negative aspects of space tourism are analyzed.

The article identifies methodological foundation for goal setting, horizon fixing and budget parameters of resource supply of strategic planning documents. The authors studied foreign and home works in the field of industrial construction, system genesis, structural analysis and quantitative modeling. They used quantitative methods of initial data processing, table methods of research results visualization. A method of finding the optimum values of distributing revenues of the consolidated budget of the Russian Federation among levels of the budget system. The three-level budget system of the country was analyzed as an institution, a tool and a resource source of strategic planning on federal and sub-national levels. The authors showed the necessity of drastic improvement of the institution of state programs in the Russian Federation and substantiated the rejection of single orders and decisions in favour of documents of strategic planning, they also recommended to toughen control over implementation of documents of strategic planning with obligatory consequences for their participants and documents themselves. It was grounded that achieving the optimum structure of the budget system (and movement in this direction) could create conditions necessary to include sub-national bodies of power in implementation of national projects and to realize various potentials of its regions, as a unique advantage of the Russian Federation.

The article presents an analysis of resources that can be used to test users who study the SQL language. Also, the article describes plan and result of the attack on web applications for learning the SQL language. There are some weaknesses of web applications in terms of their ability to verify the correctness of the compilation of SQL queries, which are also describes here. The conclusion deals with is made about the expediency of developing a specialized test system for verifying the correctness of writing SQL-queries.

Статья посвящена разработке методических приемов к применению технологий машинного обучения для решения задач по углубленному анализу геолого-физических параметров на основе результатов лабораторных исследований шлифов керна. Для достижения поставленной цели был разработан специализированный табличный формат описания шлифов керна карбонатных отложений. На основе разработанного формата сформирована база данных для последующего анализа и применения технологий глубокого и поверхностного обучения. В качестве объекта исследования выбрана пермокарбоновая залежь Усинского месторождения, расположенного в Республики Коми. Технология глубокого обучения была применена с целью получения математической модели прогноза ряда геологических параметров по фотографиям шлифов. В качестве основного примера был рассмотрен прогноз восьми классов по Данему, выделяемых по шлифам. Разработанный формат позволяет все текстовые описания геологических характеристик шлифа представить в табличном виде с дискретной кодировкой. Табличное представление дает ряд преимуществ. Во-первых, это позволяет выполнять математико-статистический анализ описания шлифов; во-вторых, можно формировать базу для анализа, используя результаты работы разных авторов, включая фотографии шлифов; в-третьих, дает возможность сопоставлять и анализировать параметры, полученные по шлифам с другими результатами исследований кернов. На примере пермокарбоновой залежи Усинского месторождения по разработанному формату была сформирована уникальная база по данным более 1000 шлифов из 6 скважин. Дополнительно к описаниям шлифов в базу данных была загружена информация по результатам лабораторных исследований различных геолого-физических параметров, полученная на образцах керна из тех же интервалов, что и шлифы. На основании сформированной базы данных было получено соотношение газопроницаемости и пористости с категоризацией точек по классификации Данема на пермокарбоновой залежи Усинского месторождения. Сформированная база данных описаний шлифов связана и с фотографиями шлифов, что, в свою очередь, позволяет применять современные технологии компьютерного зрения, основанные на глубоком обучении, для анализа и прогноза параметров шлифов. В результате проведенных экспериментов была получена модель, которая позволяет по фотографии шлифа выделять геологические параметры. На сегодняшний день работы по пополнению базы и совершенствованию модели продолжаются, но полученная модель уже используется как инструмент, ускоряющий процесс анализа шлифов. Ключевые слова: Технология машинного обучения, лабораторные исследования керна, описание шлифов, математико-статистический анализ, классификация по Данему. The article is devoted to development of methodological techniques for application of machine learning technologies, including deep learning, to the problems of in-depth analysis of geological and physical parameters based on the results of laboratory studies of core sections. To achieve this goal, we solve the problem of developing a specialized tabular format for describing the core sections of carbonate deposits, formation of a database on the basis of the developed format for further analysis and application of deep and surface training technologies. The permocarbon deposit of Usinsk field located in the Komi Republic was chosen as the object of research. Deep learning technology was applied to obtain a mathematical model for predicting a number of geological parameters from the photos of sections. As the main example, the forecast of eight classes of Danhem, allocated by sections, was considered. The developed format allows presenting all text descriptions of the geological characteristics of the section in a tabular form with a discrete encoding. The table view provides a number of advantages. First, it allows you to perform mathematical and statistical analysis of the description of sections. Second, it is possible to form a database for analysis, using the results of the work of different authors, including photographs of thin sections, thirdly, provides an opportunity to compare and analyze the parameters obtained for the sections with other results of studies of the cores. On the example of permocarbon deposit of Usinsk field, a unique database of 500 sections from 6 wells was formed according to the developed format. In addition to the descriptions of the sections, the database was loaded with information on the results of laboratory studies of various geological and physical parameters obtained on standard core samples from the same intervals as the sections. Using the formed database, the ratio of mineralogical density and permeability with the categorization of points according to the Danhem classification on the permocarbon deposit of the Usinsk field is constructed. The generated database of sections descriptions is related as well to photographs of sections, that, in its turn, allows the use of modern computer vision technologies based on deep learning to analyze and predict the parameters of sections. As a result of the experiments, a model was obtained, which allows distinguishing geological parameters from the photo of the plume. To date, work on updating the database and improving the model continues, but the model is already used as a tool to accelerate the process of sections analysis.

Focuses on the design and calculation scheme trussed girders with one and with two enclosures. Provides cross-section elements, their selection and definition of effort. On the basis of alternative engineering is a comparative analysis, are given in table steel consumption for different variants trussed girders, by which to judge the rationality of the design.

The article considers the stages of artistic analysis of masculine humeral service widespread on the territory of Daghestan in the nineteenth and early twentieth centuries. For example Circassian presents illustrative material: photos, technical drawing, scan cut. The results of the artistic design of the analysis are shown in table form and in the quality of the chart. The elements identified male costume can be used in design designing modern service.

The given article is aimed at considering multimedia presentation potential and its influence on strengthening classroom teacher-student interaction. In the article the importance of using this kind of activity in the study process is pointed in connection with educational state policy on the one hand. On the other hand, gained students’ skills as a final result of work with presentations met employers’ demand for both parent and world labour-markets and bring competitive benefit to the candidates. Scientific novelty and results . Multimedia presentation is considered as a specific complex of classroom activities. The students are oriented on the self analysis and presentation assessment. It is shown that well-organized process of peer students’ assessment allows to simultaneously helping in solving the didactic and methodical problems. To this purpose the system of assessment criteria should be developed. It has to be clear for students for making assessment feasible and time-saving. The example of a possible variant of criteria system is described; quality of the presentations prepared by students can be defined based on such system criteria. The author also analyzed software products of the three main platforms (Windows, Linux, MacOs) which have different tools and allow to follow users’ needs for creating presentations. In the article there is a comparative table of the two most popular software development: the program Microsoft PowerPoint and the web-service Prezi for realizing the relevance of their use in the study process. Practical significance of the present article concludes in author’s suggestions of some recommendations for presentation potential use as a tool of improving pedagogical interaction process with contemporary students.

Методология выявления мифологических семантем в их древнейшей версии предписывает очистить их от более поздних временных наслоений. Таким наслоениям поздних мотивировок подверглась и мифологическая семантика традиционного осетинского трехногого низкого столика - фынг. Трехногий фынг, тесно связанный с религиозно-мифологическими воззрениями осетин о мироздании, был широко распространен в народном быту до начала XX в. Сакральность фынга была перенесена на заменивший его четырехногий большой прямоугольный / квадратный стол. Со временем семантика трех ножек фынга стала переосмысливаться и постепенно оказалась сведена к утилитарным функциям, согласно которым трехногость обеспечивала столику наибольшую устойчивость. Однако нельзя отделять форму фынга от ритуально-престижных трапез. Семиотический анализ фынга моделирует его место в религиозно-мифологической картине мира осетин. Трехногий стол / фынг имел разные формы - круглую, треугольную, овальную, и все они символизируют Модель мира. Формы трехногого фынга тождественны традиционным ритуальным осетинским пирогам, имеющим также круглую, треугольную и овальную формы. С помощью ритуальной трапезы за трехногим столиком осуществлялось своеобразное моделирование творения мира., The methodology for identifying mythological semantemes in their ancient version requires peeling off the layers brought about over time. Mythological semantics of the traditional Ossetian three-legged low table - fyng - was also subjected to such layering of later motivations. Three-legged fyng, closely associated with Ossetian's religious and mythological views on the universe, was widespread in the people's life till the beginning of the XX century. Sacredness of fyng was endowed to four-legged big rectangular / square table which replaced it. In the course of time semantics of three legs of fyng was reconsidered and, eventually, was reduced to the utilitarian functions, according to which the three-legged design of fyng provided it the greatest stability. However, the form of fyng cannot be separated from prestigious ritual meals. The semiotic analysis of fyng simulates its place in the religious and mythological picture of the World of Ossetians. Three-legged table f yng had different shapes - round, triangular, oval, and they all represent the Model of the World. Forms of three-legged fyng are identical to the traditional ritual Ossetian pies, also having a circular, triangular and oval shape. Peculiar modeling of the world creation was carried with the help of a ritual meal at the three-legged table., №23(62) (2018)

Analyzed were normative and methodical documents which were in force at different stages determined as regards current tasks, staff schedule and the equipment table of the specialized anti-epidemic teams (SAET). Substantiated was the necessity to develop the new regulatory document, comprising requirements of biosafety provision of the specialized anti-epidemic teams functioning. Determined was the way of further improvement of normative and methodical provision of biosafety under conditions of practical realization of the conception of SAET modernization. It included the development of the set of regulatory documents specifying the fulfillment of the main provisions of the Standing Оrder and elaboration of management system based on risk analysis.

Our aim in this paper is to present an application of the exact model matching approach to a linear, discrete macroeconomic model with delays. The solution is based on algebraic methods and the development, in computer algebra software, of appropriate symbolic algorithms that produce a class of feedback laws as a solution. These feedback laws constitute a class of potential policies that the policymaker can implement on the system and modify its dynamics so that predetermined, desired targets are met. In order to see the effects of different policies, we implement two feedback laws on the system at hand. Refs 9. Table 1.

Along with the global process of the installation of GNSS-positioning services, such as SAPOS/ASCOS in Germany and many others round the world, these services have become an interdisciplinary as well as an indispensable application for a high precise geo-referencing. The capacity of an absolute positioning in a GNSS-positioning service's network requires, that possible changes of the coordinates of the reference stations in the amount of a few millimeters are detected ad hoc. The reason for a change in the position of a GNSS-reference-station reaches from geological and tectonic movements, over deformation due to mining, changes in the ground-water table to local deformations of the building carrying the GNSS-antenna. Discrepancies in the coordinates may be also originated by the antenna calibration, and so as pseudo-deformation be followed by the change of an antenna. The development of GNSS-reference-station station or better deformation integrity MONitoring provide by the KArlsruhe approach in following briefly called MONIKA is done in the frame of the research and developing project GOCA, and it was first proposed in 2003 (www.goca.info). The geodesy and SAPOS department of the state land service department Baden-Württemberg, Germany, is involved as cooperation partner. Since 2006 the MONIKA developments are accompanied and further motivated by an official resolution of the consortium of the state land survey departments Germany (Arbeitsgemeinschaft der Vermessungsverwaltungen Deutschland (AdV)) on the introduction the GNSS-reference-station coordinate monitoring as a quality-control duty of the GNSS-positioning service provider. So far, the MONIKA approach perceives itself, in its concept and MONIKA software design, as a general prototype and reference for such a GNSS-reference-station coordinate monitoring. The MONIKA approach is based on epoch state-information, which consists of the coordinates x(t) and the respective covariance matrices Cx(t) of the GNSS-reference-stations network in regard, at epoch times t. The epoch t has a duration-time (e.g. one day, or one week etc.) centred around the time t. As concerns the network design, MONIKA is both multivariate and multi-epochal. The strict three-dimensional deformation-analysis is based on the core of a multi-epochal congruency hypothesis of the epoch states x(t) and Cx(t) over a total durationand a respective single-point testing. Stepwise the GNSS-stations with significant single-point tests are continued as moving points. Presumably instable GNSS-stations may also be introduced as a priori moving points. The displacements of the moving points as well as the estimated deformations of the non-significantly deformed stable points of the GNSS-stations network can be submitted to time-series and trend-analysis. The above mentioned epoch state-information x(t) and Cx(t) is founding on the results x(ti) and Cx(ti), with, namely of a baselineor network-wise GNSS-processing of the GNSS-network or network parts within the interval of epoch t, e.g. on the processing of daily RINEX files. The results x(ti) and Cx(ti) network parts (e.g. baselines) or processed complete GNSS-networks in the interval are combined to the epoch-state x(t) and Cx(t) by a 3D-network adjustment. Both cases, a free-network and an absolute ITRF-embedded GNSS-network processing, have to be taken into account, and the general geodynamic trends of a plate-tectonic movement and a datum-change have to be considered in the mathematical model of MONIKA. Besides the above theoretical background of the MONIKA approach, the contribution is dealing with the results of the application of the MONIKA-software on the GNSS-reference-station network SAPOS Baden-Württemberg including the northern part of the Switzerland GNSS network SWIPOS. The investigations are based on a MONIKA-processing of daily RINEX files, and an epoch duration of one day, which were provided over a deformation analysis time-span of several months by the cooperation partner Landesvermessungsamt Baden-Württemberg. The achieved sensitivity for the detection of displacements is presented, and trend estimations are shown. It is shown that the high sensitive deformation-analysis approach of MONIKA can besides the above quality-control task for GNSS-positioning services also be used for an included area-wide and large scale geodynamical and natural disaster-prevention service.