General cultural component as a way to form engineering competencies

Макусева, Т. Г.

doi:10.1109/icl.2013.6644638

Cited by 4 publications

(2 citation statements)

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“…From this point of view, the improvement of the system of engineering and technical training means not only the possession of modern technologies, knowledge of modern equipment, etc., but the possession of certain personal qualities» [13]. It should be emphasized once again that the most effective way to comprehensively form engineering competence is to build a competency model for a discipline that «allows you to manage the learning process: out of bricks, students are «built» into qualified graduates who are capable of continuous selfdevelopment, cultural, entrepreneurial, initiative, independent in thinking and acting, creating the most valuable resource of the state -human capital» [14]. Of course, within the framework of this article we did not try to cover all possible optimization methods when designing power supply systems, we only showed a variety of approaches based on the understanding of the solution of the transportation problem in the field of energy.…”

Section: Discussionmentioning

confidence: 99%

Solving optimization problems when designing power supply circuits

et al. 2019

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One of the quickly developing trends in the optimization of electric power grids is system development of operation and optimization of branch circuits which are based on linear programming problems. One of its categories is traffic problem. The paper discusses the formulation of various types of transport optimization problems used in the design of the most efficient power supply systems in the real sector of economy. The construction of arithmetic models of problems is carried out. Their optimality criterion is cost minimization for the design of electrical network diagrams consisting of power lines connecting sources and consumers. Examples of designing optimization power layout in mathematical problems considering the transmission capacity of power lines is given. The paper also touches upon a mathematical problem considering possible transit of capacities. The task is to build a mathematical model and solve problems that ensure minimization of process losses and losses of power when designing electrical networks. The results of solving problems are presented in the form of power supply circuits corresponding to the most optimal linking of source and consumer nodes. The work is of a scientific and practical significance as it considers the problem of optimizing economic costs when designing electric power network schemes. Moreover it is based on a qualitatively different level of use of the traffic problem algorithm. The algorithm for solving the minimization problem obtained in this paper allows developing the necessary computing operations as well as quickly obtaining the results of solving the cost optimization problem in the designed electric power network. P GWh. It is also known that the costs of transmitting power over power transmission lines between stations and settlements are ij z c.u./GW·h ( 600 11 = z , 700 12 = z , 400 13 = z , 320 21 = z , 300 22 = z , 350 23 = z , 500 31 = z , 480 32 = z , 450 3 = z ). At certain times of the year, the need for electricity in each of these three settlements increases by 20%. In this case, it is assumed that the lack of electricity can be replenished from another power supply network at a higher cost (1000 c.u./GW·h). However, the third settlement cannot join another power grid. Power plants are planning to design a more cost-effective program that provides electrical balance between consumers. It is necessary to plan the lowest-cost electrical network (it is possible to lay air lines only from the source to the loads) and determine the cost of additional electricity for each of these settlements at a certain time of the year.

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Section: Discussionmentioning

confidence: 99%

Solving optimization problems when designing power supply circuits

et al. 2019

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“…Ну и самое наименьшее число терминов -10% переведены с помощью других способов, это: функциональная замена, трансформационный перевод, конкретизация, лексические добавления, инверсия. В исследуемом тексте присутствуют различные виды терминов, переводить которые можно в соответствии с определенным способом их перевода [6]. Способ перевода был подобран с учетом контекста и структуры повествования текста, а также учитывались смысловые связи между компонентами многосоставных терминов [7].…”

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Special Aspects of Communicative Approach Terms at English Language Teaching

2019

BSP

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The paper presents the analysis and translation of some terms of the modern methodology of teaching a foreign language. The scope of research has become the terminology of the communicative methods of teaching English. When translating terms, the main task is to create an adequate translation. To determine the prevailing methods of translating terms in the field of communicative teaching methods, research has been conducted. Pedagogical terms are analyzed, and the following translation methods are identified based on system analysis: tracing, transliteration, transcription, descriptive translation, and the use of other grammatical and lexical transformations. Ключевые слова: термин, терминология, коммуникативная методика преподавания иностранного языка, способы перевода.

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The Construction of Educational-Methodical Complexes in the Information and Educational Environment on the Basis of Cloud Technologies

Eremina¹,

Yakovleva²,

Макусева³

et al. 2020

Proceedings of the International Scientific Conference “Digitalization of Education: History, Trends and Prospects” (DETP 2020)

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The article considers the informational educational environment based on cloud technologies that underlies the implementation of the strategy for the development of the information society in Russia, which allows organizing various types of interaction between student and teacher, student and student, the educational process organizer with students and teachers. Cloud technology is data processing in which computer resources and capacities are provided to the user as Internet services in the cloud services market. In the context of the development of modern promising cloud technologies, the authors proposed a scheme for providing a networked educational process based on virtual representation. To realize all the capabilities (of the service) of virtual representation provided by a student in organizing a network educational process with remote access, a network educational and methodological information complex (SUMIK) has been developed. As part of the online learning process, the service "1C: Enterprise 8 via the Internet" is proposed. The article describes the experience of its use to provide an automated information system for collecting and analyzing statistics of the learning process.

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General cultural component as a way to form engineering competencies

Cited by 4 publications

References 0 publications

Solving optimization problems when designing power supply circuits

Solving optimization problems when designing power supply circuits

Special Aspects of Communicative Approach Terms at English Language Teaching

The Construction of Educational-Methodical Complexes in the Information and Educational Environment on the Basis of Cloud Technologies

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