The general purpose of this research is to determine the readiness of university students studying in the computer engineering programme on the Zoom application. The quantitative research method was used in the study. The research was carried out in the fall semester of 2020-2021. The working group consists of university students studying in the computer engineering programme of various universities in Kosovo and Russian Federation. 420 university students participated in the research. For the research, university students were given 5 weeks of online training. A measurement tool called ‘distance education applications’ developed by the researchers was applied to the university students. The data were shared with university students on the Internet with an online questionnaire and their participation was ensured and collected. The collected data were analysed using the SPSS programme. It was concluded that the readiness status of the university students showed positive results, and the live lesson status of the female university students was higher than the male students. In addition, it was concluded that they got used to the system they used in the common lessons before, and that the training on this system affected them positively.
The processes happening in the Russian society, such as globalization and urbanization, as well as its demographic situation have had a significant impact on ethnic groups and communities, including their ethnic identity. The purpose of this article is to identify the characteristics of ethnic identity and perceptions of ethnic minority groups, in particular, of Russian Germans living in the Russian Federation (Glazov, Vyatka-Kama region). To achieve the goal, the study used the field research methods to collect the linguistic material; sociolinguistic questioning and interviewing; socially differentiated analysis of the language material. The study analyzes the following ten parameters of ethnic identity in relation to the Russian Germans of Glazov: common historical fate, shared territory, religion, mode of life, family patterns, folklore, traditional crafts, behavior standards, psychological makeup, and ethnic language.The findings of the study suggest that ethnic identity of the Russian Germans is a changeable dynamic category. Certain distinctive characteristics of ethnic identity are developed under the influence of objective reasons (political system, ethnic policy of the state, territorial administration), as well as personal and subjective reasons (preserving the language, culture and traditions). This article will be of interest to researchers in the field of German dialectology and German speech islands. Keywords-German ethnic community, characteristics of ethnic identityI.
Résumé Mobiliser les équipes de filiales étrangères n’est pas toujours facile. Et répondre au problème en développant des valeurs communes n’est pas suffisant.
Abstract. The state of the surface layer after mechanical process influences on the performance characteristics of the parts: corrosion and fatigue resistance, dimensional stability during the operating time. The wear of tools can have a decisive influence on the surface deformation. The present paper is devoted to monitoring the influence of wear on the surface layer using the analysis of vibration signals.
The part surface quality directly affects the performance properties of the part, such as environmental resistance, reliability, and durability. The cutting tool wear is one of the dominant factors affecting the formation of the surface layer. The paper is devoted to monitoring of the effect tools wear under the deformation of the surface layer of a part by means of analyzing vibration signals, which are accompanied cutting. The tests were carried out during tool turning in different states with a simultaneous recording of signals from the accelerometer and then, studying the deformations of the surface layer of the parts. We used a grid method to study the deformations. As a result, the relationship between the signal parameters and the accelerometer was established with the intensity of deformation of the surface layer. We proposed a criterion determination technique for the failure of an instrument to change the shape of the vibration signal spectrum. We showed the necessity to exclude intense self-oscillations during cutting.
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