List of publications on a keyword: «Model»

Abstract. This article discusses how students’ spatial thinking can be developed when geometry and stereometry are studied within a digital learning environment. The focus is on how learners work with visual images, mentally “rotate” shapes, transform their position, and understand how different elements are connected in space. Drawing on the works of domestic researchers and current educational documents of Kazakhstan, the text shows that the transition to digital learning has significantly expanded opportunities for such development. Interactive models, dynamic mathematics software, and various multimedia materials make explanations more visual and closer to real practice. Special attention is given to GeoGebra, which helps present complex configurations in a way that makes them easier for students to grasp and experiment with. The article also highlights effective teaching techniques and the difficulties students most often face when dealing with three-dimensional objects.

The article presents a methodology for conducting an educational project for 8th-9th grade students, aimed at applying mathematical methods to analyze the environmental situation. Using the example of the Kozlovsky Municipal District, a model has been developed to calculate the effectiveness of implementing a separate collection system for municipal solid waste. During the project, students calculate waste generation volumes, determine the potential of recyclable fractions, and assess the economic effect of implementing the separate collection system. The practical significance of the work lies in the formation of students' ecological culture and the development of skills in applying mathematical knowledge to solve applied problems of the local community.

The article presents an original innovative teaching model developed and tested in an institution of supplementary education. The model is based on the deep integration of artistic and scientific disciplines (decorative-applied arts and mathematics) through continuous project-based activities. It reveals the key principles of the model, the mechanisms of its implementation within the framework of the author's programs "Creative Breakthrough" and "Mathematics Around Us," as well as the diagnosable results, expressed in the development of creative and algorithmic thinking, and sustained motivation of students. The model's effectiveness is confirmed by high academic achievements and systematic victories of students in competitions and olympiads from the district to the international level.

This article explores the development of an integrated model for the coordination and methodological activities of an innovation and methodological center (IMC). Key aspects of IMC operation aimed at improving the effectiveness of educational processes through the integration of innovative methods and technologies are examined.

A combined lesson plan is presented, showing the work of teachers and students on the RSE platform, and the consolidation of children's knowledge in various ways: in pairs, in front of the class, and individually

Ensuring fire safety is an important factor for sustainable socio-economic development. In the era of digitalization, computer programs come to the aid of calculating the parameters of simulated fire models. This article considers an example of using PyroSim programs for numerical modeling of a simulated fire at a gas station.

The article, based on the material of French political discourse, examines productive word-formation models of neologisms-internationalisms, their structure and semantics. The article identifies the main trends and practices in the use of neologisms in this area.

This article describes the basic requirements and functions of household clothing for women during pregnancy and in the postpartum period. And also what requirements are given for designing such clothes. Imported clothing before and after the period in our country is sold at a high price and our women cannot afford to buy such expensive clothes. The establishment of the production of such special clothes in our republic using local resources would make their pains cheap, which would allow the solution of problems and increase the economy of our country.

The development of a simulation model of heating mould sets connector parts edges by laser thermal treatment hardening for producing molding glass is described in the article. The mathematical model experimental verification was carried out.

It is important for politicians to understand public opinion. To get that, they can use not only direct quizzes, but also social networks’ posts and comments. In order to do this, they should use information system that could gather and analyze data to gat clusters – actual topics. The purpose of this article is to select clustering method as well as library for implementing code and to show some test results.

It is more appropriate to describe mathematic model for gas-thermal surfaces by means of finite triangular elements, for thin surfaces one should use shell finite elements. In mathematic model for plasma surfaces is more appropriate to present the thickness of layer by means of plate set or shell set and bar elements.

Human sperm motility is of great interest to researchers and biologists studying sperm function and to medical practitioners evaluating and treating male in-fertility. Computer-assisted semen analysis (CASA) instruments are used to trace the swimming paths of sperm automatically in time-lapse microscopy image sequences connect-the-dots between video frames, enabling rapid automatic quantification of sperm motility parameters for hundreds of cells at a time. The image processing and sperm tracking capabilities of today’s CASA instruments can be enhanced However. In this paper we highlighted the limitations of (CASA) instruments and suggested ways to mitigate them from the literature. We have also our algorithm ‒ program complex to determine linear velocity in Java. With all these efforts in further improving the computational tools for CASA, much more robust and versatile systems should be available in the foreseeable future.

The article is devoted to the principles of patent law as a fundamental beginning of the regulation of intellectual rights to inventions, utility models and industrial designs. The principles specified establish the content of the most important norms of patent law, they are its prerequisites for its further development. The article describes the meaning of the protection of patent rights, where the official recognition of patentability serves as an invariable condition for protection.

The article aims to investigate the institution of the exercise of the exclusive right to intellectual property such as inventions, utility models and industrial designs. The article reflects some problematic aspects of theoretical and practical nature that arise in the process of implementation of the exclusive right to patent rights by patent holders.

This article presents a technology for the formation of readiness for employment of future teachers, which includes stages (diagnostic, activity, reflexive-evaluative), content, professional motivation, professional intentions, professional identity, knowledge and skills associated with the employment process, reflexive-volitional qualities ), methods (training, dialogue, situational, game), forms (individual accompaniment, group).

Most of the issues related to the achievements of science and the improvement of the higher education system are closely related to the development of human capital and the strengthening of human resources. Higher education plays a major role in the formation of a person, the development of personality, the acquisition of knowledge, skills, skills and competencies. The professional capabilities of teachers in universities and the availability of high-quality education depend on knowledge and skills, that is, on the level of human capital development. It is on a sufficient number of highly qualified teachers that the training of specialists for the real sector of the economy, the social sphere, the development of the scientific and industrial potential of our country and its leading positions depend

The transition to a cumulative system of professional development of teaching staff is one of the key factors in the modernization of the Russian education system at the present stage. Monitoring of existing models of accumulative systems, including their regulatory regulation at the level of regional educational systems and educational organizations implementing professional development programs, shows that the reasons for introducing this organizational model are the peculiarities of education development in the conditions of the formation of the information society, the implementation of the National Project "Education", the implementation of the competence model of education, professional standards, the involvement of teachers with basic non-pedagogical (university) education in school. An important circumstance is also the upcoming renewal of the mechanisms for financing educational services related to the allocation of funds for professional development.

The activities of SevNC RAO are aimed at ensuring the innovative development of the educational system of the city of Sevastopol as an environment of educational opportunities designed to ensure the advanced development of pedagogical education and society as a whole, solving the tasks set in the National Project "Education". The provision of the federal and regional education development program and its effective functioning is aimed at meeting the needs of the region's education system in teaching staff, managers, persons providing the educational process, other consumers in continuing education, teaching staff in obtaining pedagogical professional training required for teacher professional, career and personal growth, in improving professional competence.

Fundamental approach to the study of academic disciplines, fostering respect for the national history, the state language and pedagogical traditions, the personality of the teacher and the child; awareness of the responsibility and importance of Russian education, taking into account advanced ideas and requests of society. The fundamental nature of training in Russian education has always been combined with high requirements for the educational mission of teaching staff.

The activity of the enterprise is inseparable from the adoption of managerial decisions. Forecasting is one of the tools that helps management to assess the future performance. Financial forecasting plays a key role in the development of a company's strategy and is an integral part of financial management. This article discusses the tasks and methods of financial forecasting, as well as the factors on the basis of which the choice of forecasting methodology is made for a successful assessment of the financial position of an enterprise and making the right management decisions.

The 21st century is a time of active introduction of elements of robotic technology in the life of the entire human society and geodesy in particular. Innovations in the development of modern geodetic instruments and their software increase productivity, technical skills, and accuracy. One of the developing areas has become the industry of 3D scanner shooting software.

The article analyzes and summarizes the principles of architectural bionics applied to various construction and technical structures. The analysis was carried out in the course of studying the scientific literature on the topic “Bionics. Architectural structures». The purpose of this work is to study the principles of architectural bionics, to study the possibility and effectiveness of their application for solving engineering and technical problems. The main task of the work was to study the directions and principles of development of architectural bionics, to assess the effectiveness of their application for solving technical problems, to find the correspondence of biological systems to construction and technical structures and facilities, to analyze known architectural structures from the point of view of architectural bionics.

This article focuses on the equality of the estimated late losses resulting from the application of the chain ladder model to the estimates obtained on the basis of the incremental development triangle by cross-parameterizing the rated increments of losses with Poisson distributions using the generalized linear model. In this article, the formulas of the chain ladder model are derived by solving the problem of cross parameterization of rated increments of losses. Smaller accounting groups than the risk, along which the development triangle is formed, make conclusions about the possible bases for the sharing of reserves. This issue may be relevant for the further calculation of actuarial premiums.

The main issue of this study is a further development of the criteria of personnel evaluation in knowledge-based organizations and application of this method in order to conduct the performance appraisal in terms of a particular company. Two research methods are used: the analysis of the data based on in-depth interviews, and questioning of 130 existing company respondents according to 360-degree feedback model. The results are analyzed and then proposed to the superiors of the company. The following study presents a description of the investigated field context, an analysis of the existing approaches in performance appraisal, chosen methods justification, and results anticipated.

The given article deals with aspects of studying psychology in the modern world and reasons for developing a teaching guide (course) with Literary RPG elements. The article focuses on a connection between psychology and literature as sources of psychological knowledge. The article defines components of the teaching model which embodies psychological cognition methods with elements typical for LitRPG game mechanics: plot, quest solving, immersion, character’s role in the learning game environment, based on the realia of the target discipline.