Headings of the journal
"Educational Resources and Technologies"

Educational environmentMethods and technologies of training and educationInformation technologyMathematical cyberneticsMethodological researchManagement in social and economic systemsApplied GeoinformaticsEducation for sustainable developmentAll rubrics

All rubrics

PHYSICAL CULTURE AND SPORTS IN THE REPUBLIC OF KAZAKHSTAN: CURRENT STATE AND DEVELOPMENT PROSPECTS

Page:84-92

Release: 2023-2 (43)

DOI: 10.21777/2500-2112-2023-2-84-92

Annotation: The article describes the state and development of physical culture and sports in the Republic of Kazakhstan. The analysis and evaluation of the effectiveness of physical culture and sports management were carried out using methods of extrapolation, system analysis and comparison. The article highlights typical problems and shortcomings of the development of sports using the Karaganda region as an example. In addition, the study points out a discrepancy in the development of structural components of both mass sports and high perfomance sports at the level of the Karaganda region. It is concluded that effective management of physical culture and sports can be achieved with a cluster approach that can link all components of sports and ensure their proportional development. As a result of the study, the authors identified factors that influence the development of youth policy in the field of physical culture and sports. A trend model has been created based on projected values of the indicator “Sport services and services for organizing recreational activities” from 2022 to 2024. The model made it possible to, first, identify the trend towards an increase in demand for sport services and recreation services in the Republic of Kazakhstan and, second, to identify possible directions for improving the mechanisms of the development of physical culture and sports.

ZENO ‘S APORIA – FOR MODERN STUDENTS (HISTORICAL AND PHILOSOPHICAL, GENERAL THEORETICAL, WORLDVIEW AND DIDACTIC ASPECTS). PART 2

Page:86-95

Release: 2023-4 (45)

DOI: 10.21777/2500-2112-2023-4-86-95

Annotation: The relevance of the topic is determined by the need to find effective methods for teaching philosophical disciplines aimed at overcoming educational demotivation and skepticism of students regarding humanitarian knowledge. Modern students are characterized by a pragmatic approach, evaluating information from the point of view of usefulness and applied significance, which is why it is important for a teacher to have a set of tools that allow them to reveal the vital, existential meaning of abstract problems of philosophy and logic, which are not actually divorced from human needs and demands of everyday life. The object of the research is the didactic features of familiarizing students (non-philosophical areas of education) with the main content of the university disciplines “Philosophy” and “Logic” as general education courses. The subject of the study is the didactic specificity of the study of the famous paradoxes of Zeno of Elea, which as a teaching material are in the semantic field of both philosophical and logical problems. The purpose of the work is to substantiate the heuristic and educational potential of the chosen topic and the practical significance of its study at a university from the point of view of the forming of positive cognitive motivation, the development of critical, multidimensional and creative thinking of students, self-actualization and self-knowledge. The research methods are empirical generalization, conclusions by analogy, deductively and inductively constructed conclusions, idealization, abstraction, thought experiment and comparative analysis. The result of the work and one of its conclusions is the substantiation of the position that virtually any material from general university courses of philosophy and logic, with appropriate didactic construction, design and presentation, can be a factor in increasing the level of cognitive interest of students and a stimulus for self-actualization of personality. The scope of application of the research results is world outlook and philosophical heuristics, logical paradoxology, effective didactic strategies and diverse educational interactions not only in higher but also in secondary school.

TECHNOLOGY FOR GENERATING VIRTUAL LANDSCAPES USING THE VOXELIZATION METHOD AND VOLUMETRIC DATA

Page:91-99

Release: 2023-1 (42)

DOI: 10.21777/2500-2112-2023-1-91-99

Annotation: The article explores spatial modeling associated with the construction of virtual landscapes. A virtual landscape is considered, which can describe either a real landscape or a scene of animated applications. The purpose of the work is to develop a technology for generating virtual landscapes, allowing to increase the reality of their representation with the prospect of application for training and game situations. The article considers voxelization technology, which is an alternative to pixelization technology in the construction of three-dimensional models. It is shown that the voxel is a kind of information unit. Three main components of the virtual landscape generation are described: the construction of elevation maps, noise generation, and the forming of virtual surfaces. The expediency of using fractal models to generate a virtual landscape is shown. The expediency of using fractal Brownian motion as a noise algorithm is shown. The systematics of algorithms for the forming of virtual surfaces is given. A technology is proposed that includes an adaptive module for procedural generation of virtual surfaces using the voxelization method and volumetric data. The results of an experiment are presented, during which a module was developed that clarifies the well-known Marching Cubes algorithm and gives a more realistic description of the virtual landscape.

TOWARDS SUSTAINABLE DEVELOPMENT THROUGH EDUCATION AND CULTURE: THE CASE OF A NEW EUROPEAN BAUHAUS

Page:93-97

Release: 2023-3 (44)

DOI: 10.21777/2500-2112-2023-3-93-97

Annotation: The article is devoted to the analysis of a new conceptual vision of sustainable development, presented as a socio-cultural phenomenon and the subject of interdisciplinary consideration. The purpose of the publication is to identify current trends characterizing the current vision of the movement towards sustainable development in the information age through a non-classical, environmentally oriented view of culture and its translation, including through education. It is established that presently culture as a phenomenon of the artificial in its traditional purpose is expanding towards the “first nature” and biological. This is facilitated by cross-cutting system initiatives introduced into everyday life, for example, the New European Bauhaus. From a worldview point of view, such paradigms lead public consciousness to a total readjustment to the biological dominant in education, as opposed to the artificial/technical priorities established in the last century. It is shown that from an applied point of view, the New European Bauhaus contributes to the formation of an ecological style/lifestyle. It is revealed that in the paradigm of sustainable development, the unity of education and culture acquires new facets in response to the challenges of the era. The obtained results provide an opportunity for an original interpretation of the significance of feedbacks between the European green course and education at all levels.

LAYERWISE INFRARED SIGNATURE METHOD FOR MONITORING THE SURFACE TEMPERATURE OF OBJECTS

Page:93-99

Release: 2023-2 (43)

DOI: 10.21777/2500-2112-2023-2-93-99

Annotation: The article is devoted to passive information systems used to identify remote objects in the infrared infrared wavelengths based on calculated thermal signatures. It is noted that the objective characteristic of an object free from the influence of background radiation is thermal contrast. However, in order to identify thermal objects, it is often important to obtain not integral estimates of the IR signature of an object, but the spatial structure of this signature on the observed surface. In such cases, the main information feature for identifying the type of object is precisely the two-dimensional distribution law determined by the surface temperature, and not the integral indicator of the radiative flux emitted by the object. A method for analyzing the temperature distribution on the surface of a remote object, forming equal temperature zones on the image and using the results of processing the received information is proposed to identify the object. In order to form these zones (layers, segments), a base element is selected and a comparator is used to compare the image elements, which reduces processing time by eliminating the selection operations of image elements of equal temperature.