TRADITIONAL AND MODERN IN TEACHING RUSSIAN: ADVANTAGES AND DISADVANTAGES

Purpose: finding the optimal way of transferring knowledge of the Russian language to students. Methods: comparative, analysis and synthesis of the studied phenomenon - methods that make it possible to determine the advantages and disadvantages of teaching the Russian language. Results. The conceptual and technological search for the achievement of knowledge by students is associated with the ability of teachers to teach students to love their native language, hoping to endow literature in the educational process with a special status - a mentor of the soul, a giver of experience, an inspirer of thought. Teaching and learning to love the Russian language is an extremely important task, since the success of the entire educational process, the success of personality formation, depends on this love and respect for the native language. The adjusted dosage of the presentation of knowledge deprives the student of the vision of the entire language system and does not instill a flair for the language, and most importantly, admiration for the native language. Conclusions. The article emphasizes the importance of teaching students the Russian language as a necessary condition for the success of the entire educational process. When teaching the Russian language, it is advisable to rely on the linguistics of the traditional approach, enriched by the research of linguodidacts, taking into account the achievements in the development of technologies of the modern approach, including computer ones, seeking to improve the student's linguistic self-expression and interest in learning their native language, as well as in literature - a guide for students into the world of great culture.

Geoinformation modeling of near-Earth space: current tasks and future prospects

The history of space exploration and current near-Earth space objects population are described in this paper. Moreover, the necessity of GIS technologies application to solve space industry tasks and the development of corresponding GIS are explained. The legal and regulatory issues of the near-Earth space GIS project development are touched upon, as well as the classification and options for the target purpose of the system. The stages of technological search and development are presented, as a result of which the Cesium library was chosen. Based on the results of discussions, a decision is made to expand the limits of the modeling space to the outer boundaries of the Hill sphere. In addition, it is noted that the objects of geoinformation modeling of near-Earth space should be not only space objects, considered as three-dimensional, but also the physical fields of the Earth. The results of performance evaluation experiments on SGP4/SDP4 based software tool for predicting space objects position are shown, and the accuracy of this model itself is assessed by reference GPS coordinates. Possible ways of industry tasks that could be solved using the developed near-Earth space GIS are presented; promising routes of the future development including DISCOS data are indicated.

The impact of the scope of technological search on path-dependence in export specialization: evidence for European countries

This paper examines how product relatedness and the breadth of technological search affect the path-dependent development of export specializations across countries documented in prior research. The results of the econometric analysis in this paper show that broader technological search in an industry has a positive impact on the development of comparative advantages in the product lines it exports. The interplay between product relatedness and the scope of technological search has a two-edged character. On the one hand, broader technological search supports adjustments and consolidations of the export baskets on the extensive margin. This contributes to weaken path-dependency. On the other hand, it fosters the competitiveness of products that are related to current export specializations, and thereby promotes path-dependency on the intensive margin of trade. These results differ across countries with different levels of technological capabilities.