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В статье выявлены основные направления развития компьютерной лингводидактики, указаны различные варианты обучения и способы применения новых средств ИТ в изучении РКИ. В наше время предъявляются все более высокие требования к процессу обучения иностранным языкам, поскольку передача и обработка информации требуют новых подходов. Цифровая лингводидактика – это новый термин, который наиболее точно отражает сущность инновационной, цифровой среды, окружающей изучающих иностранный язык. The article identifies the main directions in the development of computer linguodidactics, indicates various training options and ways to use new IT tools in the study of Russian as a foreign language (RFL). Nowadays, there are ever higher requirements for the process of teaching foreign languages, since the transfer and processing of information require new approaches. Digital linguodidactics is a new term that most accurately reflects the essence of the innovative, digital environment surrounding foreign language learners.

Раскрывается понятие массового компьютерного спорта — «киберспорта» и его влияния на социальную среду, описывается проблематика развития и популяризации киберспорта ранее, несмотря на достаточный срок его существования, а также обосновываются причины роста его популярности в настоящее время благодаря работе общероссийской общественной организации — Федерации компьютерного спорта России, — актуальность и польза компьютерного спорта, выявленные в ходе исследования. The concept of mass computer sports — “e‑sports” and its impact on the social environment is revealed. The problems of development and popularization of cybersport earlier are described, despite the sufficient period of its existence. The reasons for the growth of its popularity at the present time due to the work of the all-Russian public organization — the Federation of Computer Sports of Russia, the relevance and benefits of computer sports identified in the course of the study are substantiated.

Использование компьютера длительное время является существенным фактором ухудшения психического и физического здоровья студентов в период обучения в вузе. Отсутствие профилактических мер при работе с компьютером может привести к нарушениям здоровья. В результате выявленных факторов ухудшающих здоровье студентов, предложены меры профилактики компьютерной зависимости. Using a computer for a long time is an important factor in worsening the health of students during their studies at a university. The absence of preventive measures can lead to mental and physical disabilities. As a result of identified factors worsening the health of students, proposed measures to prevent computer addiction.

The authors of this contribution analyze the circumstances and the history of a popular play that was staged in the Soviet Union in 1927-1928. Titled Jumah Masjid, this play was devoted to the anti-colonial movement in India. A manuscript of the play, not indicating its title and the name of its author, was found in the St. Petersburg Branch of the Archive of the Russian Academy of Sciences among the papers related to A.M. and L.A. Meerwarth, members of the First Russian Expedition to Ceylon and India (1914-1918). Later on, two copies of this play under the title The Jumah Masjid were found in the Russian Archive of Literature and Art and in the Museum of the Tovstonogov Grand Drama Theatre. The authors of this article use archival and published sources to analyze the reasons for writing and staging the play. They consider the image of India as portrayed by a Soviet playwright in conjunction with Indologists that served as consultants, and as seen by theater critics and by the audience (according to what the press reflected). Arguably, the celebration of the 10th anniversary of the October Revolution in Russia in 1927 and the VI Congress of the Communist International (Comintern) in 1928 encouraged writing and staging the play. The detailed picture of the anti-colonial struggle in India that the play offered suggests that professional Indologists were consulted. At the same time the play is critical of the non-violent opposition encouraged by Mahatma Gandhi as well as the Indian National Congress and its political wing known as the Swaraj Party. The research demonstrates that the author of the play was G.S. Venetsianov, and his Indologist consultants were Alexander and Liudmila Meerwarth.

Siberian Bukharans were one of the most agile group of the native population of Western Siberia and the Urals in the 17th and 18th centuries. This paper analyzes information about the border activities of Bukharans, characterizes their participation in the implementation of Russian foreign policy. The author considers the phenomenon of intelligence and the intermediary and diplomatic role of the Bukharans through the study of various aspects of Russian policy on the southeastern borderlands. The result shows that Bukharans were involved in intelligence activities in several forms. The Russian authorities could interview Bukharans who came to trade; they could include Bukharans in Russian embassies; or they could send them into the steppe as independent agents. The geography of their missions in the 17th and 18th centuries included the Kuchum lands, the Kazakh khanates, the Oirat and Dzungar lands, as well as the Qing Empire. Bukharans participated in the negotiations as interpreters and they were sometimes allowed to participate in diplomatic ceremonies such as gift exchange. The intelligence activities of some Bukharans could go hand in hand with their trade operations. Recruiting Bukharans for intelligence gathering tsks allowed the Siberian and Orenburg authorities to conduct a more effective policy in the steppe borderlands, based on the knowledge of local realities. The Russian authorities used information provided by the Bukharans for purposes such as drawing up maps, informing the voivodes of the borderlands about military dangers, the movement of troops, and diplomatic negotiations.

In this article the author analyses the development of political process in Spain between the two crises of 2015–2016 and 2019–2020, highlighting the strong suits and problem issues of the domestic political debate, including the Catalan issue, as well as the problem related to the migration aspect. An overview of the evolution of the country’s foreign policy agenda is presented, including the foreign policy course towards the Russian Federation. The author analyzes political and economic aspects after the general parliamentary elections of June 26, 2016, which resulted in overcoming the governmental crisis that began in Spain in December 2015 and establishing Mariano Rajoy the head of the Popular Party (PP) government. The latest cabinet of the PP government was approved in November 2016. Rajoy himself had been serving as a Prime Minister of Spain from December 2011 to June 2018. Soon, a new stage in the political history of the Spanish state began, which was associated with the rise to power of the Spanish Socialist Workers Party (PSOE) led by Pedro Sánchez since 2018. PSOE thus won the parliamentary elections in Spain on April 28, 2019. The next elections in 2019 were held on November 10 and turned out to be much more complex and unpredictable than the previous one. PSOE stroke a similar political balance of power to that of April. Confirmation of Pedro Sánchez as a Prime Minister of Spain in January 2020 ended a protracted political crisis in the country, when the Spanish government had been in an acting status for some eight months.

The results of studies aimed at optimizing the stochastic method of taking into account the terrain when interpreting aeromagnetic survey data are presented. The method is based on the consistent application of the method of empirical mode decomposition and the method of group accounting of arguments The results of a medium-scale aeromagnetic survey conducted in Eastern Siberia were used as actual data. It is shown that the preliminary classification of the studied territory by the nature of the relief and the magnetic field strength allows us to determine the components of the magnetic field that correlate with the relief within the selected classes. To assess the quality of correlation dependencies, the ratio of the standard deviation of the models to the variance of the magnetic field amplitudes of the analyzed frequency component were used. This allows us to compare models with different statistical characteristics of the anomalous magnetic field and divide the components into correlated and uncorrelated with the terrain. The results obtained confirm the possibility of the existence of strong correlational relationships between the magnetic field and the relief in a certain range of spatial frequencies and offer specific methodological methods for applying this stochastic approach to reducing the magnetic field in the areas of the development of platobasalts.

The quality of service (QoS) in networking is the process of managing network resources to reduce packet loss and to lower network jitter and latency. QoS has been widely used in traditional network and can also be implemented in the 5G standard based on a software-defined network (SDN). A traditional network carries several challenges, such as vendor dependency, the complexity of managing a large network, dynamically changing forwarding policies, and more. Software-defined networking is a new networking strategy designed to address the challenges of a traditional IP network, such as high levels of complexity and inability to adapt to the new quality of service requirements in a timely manner. The fundamental idea behind SDNs compared to the conventional networking paradigm is the creation of horizontally integrated systems through the separation of the control and the data plane while providing an increasingly sophisticated set of abstractions. Recently, various SDN-enabled QoS frameworks have emerged that offer many possibilities for network reconfiguration and high-level definition of policies. QoS requirements for 5G networks have been defined on the basis of three main categories of use cases: extreme mobile broadband (xMBB), massive machine type communications (mMTC) IoT/M2M devices, and highly reliable М2М-communication (ultra-reliable machine-type communications – uMTC). This paper analyzes and surveys the QoS based on the openflow protocol method and QoS based on open-source SDN controllers method in 5G network. In addition, we discuss various architectural issues of open-source SDN controllers network and examine their impact on the QoS. Furthermore, we outline the characteristics of the QoS parameters such as latency, availability, reliability, jitter, and bandwidth in the 5G network. Finally, the article discusses and compares parameters of the QoS in 5G determined by world’s leaders in 5G technology.

By methods of analysis and synthesis the article studies the problem of developing closed cycle economy in the field of hard communal waste treatment (HCW). Dynamics of waste making up was analyzed and its physical and mechanic properties and chemical composition were provided. The article gives economic tools, functions and classification of these tools that are necessary to organize the process approach to management. The authors put forward a promising scheme of treating HCW built on the basis of European experience and worked out the acute functional-structural scheme of the treatment system by the HCW complex, which demonstrates key business processes and tools of management. Such complex approach to describing the system of HCW treatment can simplify digital modeling of multi-variant business processes, such as burial of waste at waste-grounds, utilization at waste-burning plants, sorting and recycling at waste-recycling enterprises. Digital modeling with successful automated functional and cost analysis can give an opportunity to decrease uncertainty in the field of economic efficiency of managerial decision-making for rational HCW treatment and development of closed cycle economy in this sphere. A correct choice of approaches to the development of closed cycle economy in the field of HCW treatment can reduce the load on nature and support health of people.

Background. Prediction of the new coronavirus infection (COVID-19) spread is important to take timely measures and initiate systemic preventive and anti-epidemic actions both at the regional and state levels to reduce morbidity and mortality.Objective: to develop a model for short-term forecasting of COVID-19 cases and deaths in the Russian Federation.Material and methods. The data for the model training were collected from the Stopcoronavirus.rf and Johns Hopkins University portals. It included 13 features to assess the infection dynamics and mortality, as well as the rate of morbidity and mortality in different countries and certain regions of the Russian Federation. The model was trained by the CatBoost gradient boosting method and retrained daily with updated data.Results. The forecast model of COVID-19 cases and deaths for the period of up to 14 days was created. The mean absolute percentage error (MAPE) estimate of the model’s accuracy ranged from 2.3% to 24% for 85 regions of the Russian Federation. The advantage of the CatBoost machine learning method over linear regression was shown using the example of the root mean square error (RMSE) value. The model showed less error for regions with a large population than for less populated ones.Conclusion. The model can be used not only to predict the pandemic of the novel coronavirus infection but also to control and assess the spread of diseases from the group of new infections at their emergence, peak incidence, and stabilization period.

Background: More than 500 thousand new cases of malignant neoplasms are registered annually in the Russian Federation, of which more than 50 thousand new cases are due to hereditary forms. Improving the diagnosis of these diseases will make it possible to detect tumors at the early stages and take timely preventive and therapeutic measures. Aims: Creation of a database and development of a software for the NGS data analysis for the prevention and early diagnosis of hereditary forms of oncological diseases. Methods: The present study used 636 DNA samples obtained from cancer patients with a high hereditary risk or a burdened family history. DNA was isolated from blood lymphocytes. DNA libraries were prepared with a KAPA Target Enrichment Panel (Roche). The panel included probes for targeted enrichment of the coding region of 44 genes. NGS was performed on the MiSeq platform (Illumina). Results: We identified 65 pathogenic/ probably pathogenic nucleotide sequence variants in 96 patients in the ATM, BLM, BRCA1, BRCA2, CHEK2, EPCAM, MEN1, MLH1, MSH2, MSH3, MSH6, MUTYH, PALB2, TP53 genes. We also identified 2858 nucleotide sequence variants of unknown clinical significance. Conclusions: We have created a local database that contains both genetic variants and clinical and anamnestic data. The database contains 4763 nucleotide sequence variants at the moment, among which 2522 are unique variants identified in a single patient.

Integrated circuits, systems on a chip are the key links in various industrial systems and state defense systems. The emergence of counterfeit integrated circuits, problems of piracy, overproduction, unauthorized interference in the design of microcircuit, hardware Trojans require the development of methods and means of their timely detection. Trojans can be introduced into the integrated circuits structure both on the development stage and during the production process, including the stages of specification, design, verification and manufacturing. The inclusion of additional elements in the integrated circuits structure jeopardizes the functional suitability and reliability of the system as a whole. For the purpose of hardware protection of projects, the methods of hardware coding are currently used.The paper discusses the features and reliability of logical coding of combinational circuits. An algorithm for cracking the code of combinational circuits is proposed, based on the description of encoded structure by the resolution function and reducing the problem to SAT CNF. The initial data for decoding the structure of a digital device is the structural implementation of encoded circuit, obtained, for example, by reverse engineering (prototype design), as well as an activated physical sample of an integrated circuit, when into protected from unauthorized access memory the correct key value is loaded. This sample can be used as a black box model. The main idea of breaking a key is to solve a problem without research on a large interval of values of input and output variables.

The results of a study conducted within the framework of an interactive approach to the task formation, which is an actual branch of computer methods in education, are presented. The author notes that the branch is currently not used for teaching information technologies practice in higher educational institutions due to the labor cost of forming, implementing and taking into account the impact of interactive tasks on the success of the educational process participants. The purpose of the study is to substantiate the introduction of relevant information technologies into the educational process, as well as approaches to the verification and formation of knowledge. It tested the main hypothesis: tasks aimed at interactive activity better help students in mastering the material, based on their own perception, than static tasks based on traditional approaches in the educational process with information technologies application. An intraindividual scheme of the experiment is used on the basis of traditional and interactive tasks, different types of tasks are presented to the same group of students. The sample for the participants of the experiment is recruited among the most capable students of the Information Technologies Faculty, bachelors, 2-4 year of experience according to the criterion of academic performance in the framework of specialized disciplines (28 people participated). The variables are empirically selected characteristics that reflect the useful qualities of the task in the context of the educational process. Methods of descriptive statistics are used to test hypotheses. It is noted that the results of the study make it possible to determine and formulate conditions that allow maximum use of the advantages of each of the studied types of tasks. The research confirms the demand for the development of teaching tools for students using interactive tasks, indicating the boundary conditions under which, according to the author, an interactive approach to the construction and implementation of tasks can demonstrate its effectiveness.

Today, mobile multimedia systems that use the H.261 / 3/4/5, MPEG-1/2/4 and JPEG standards for encoding / decoding video, audio and images are widely spread [1–4]. The core of these standards is the discrete cosine transform (DCT) of I, II, III ... VIII types [DCT]. Wide support in a huge number of multimedia applications of the JPEG format by circuitry and software solutions and the need for image coding according to the L2L scheme determines the relevance of the problem of creating a decorrelated transformation based on DCT and methods for rapid prototyping of processors for computing an integer DCT on programmable systems on a FPGA chip. At the same time, such characteristics as structural regularity, modularity, high computational parallelism, low latency and power consumption are taken into account. Direct and inverse transformation should be carried out according to the “whole-to-whole” processing scheme with preservation of the perfective reconstruction of the original image (the coefficients are represented by integer or binary rational numbers; the number of multiplication operations is minimal, if possible, they are excluded from the algorithm). The wellknown integer DCTs (BinDCT, IntDCT) do not give a complete reversible bit to bit conversion. To encode an image according to the L2L scheme, the decorrelated transform must be reversible and implemented in integer arithmetic, i. e. the conversion would follow an “integer-to-integer” processing scheme with a minimum number of rounding operations affecting the compactness of energy in equivalent conversion subbands. This article shows how, on the basis of integer forward and inverse DCTs, to create a new universal architecture of decorrelated transform on FPGAs for transformational image coding systems that operate on the principle of “lossless-to-lossy” (L2L), and to obtain the best experimental results for objective and subjective performance compared to comparable compression systems.

The article provides a brief overview of the current state of the theory and practice of identifying laser printers and the results of research work aimed at discovering individual features of the printing mechanism of a laser printer.The author analyses the scheme of a laser printer, describes the printing cycle, presents the main results of the analysis of a printer’s mechanism and the influence of its individual parts on the optical density of printing. The method of assessment of the optical density of the print by the digital image of the printed document is proposed, the complex of the necessary technical and program tools is described.A hypothesis on the correlation between fluctuations in the optical density of printing of solid fills and fluctuations in the area of printed elements was put forward and confirmed; a visual representation of the study results in graphical form is presented, the relationship between the shape of the obtained graphs and defects of the printer’s components and parts is substantiated. The author proposes ways to detect the inhomogeneity of printing density on text arrays based on changes in the area of printed elements and processing of the results, which allows comparing distributions for texts printed in fonts of different sizes and styles. Based on experimental material, the individuality of the form of the obtained distributions and the possibility of their use as identifying features of the printing device are substantiated.

Management of solid organ recipients requires a significant amount of research and observation throughout the recipient’s life. This is associated with accumulation of large amounts of information that requires structuring and subsequent analysis. Information technologies such as machine learning, neural networks and other artificial intelligence tools make it possible to analyze the so-called ‘big data’. Machine learning technologies are based on the concept of a machine that mimics human intelligence and and makes it possible to identify patterns that are inaccessible to traditional methods. There are still few examples of the use of artificial intelligence programs in transplantology. However, their number has increased markedly in recent years. A review of modern literature on the use of artificial intelligence systems in transplantology is presented.

Objective. In recent decades, criteria for identifying potential areas have evolved hand in hand with technological tools such as geographic information systems (GIS). However, the criteria for the preservation of protected areas are often not taken into account, thus causing damage to environmental biodiversity that can become irreparable. This paper presents the way of optimizing the process of locating key terrain points by developing a hybrid algorithm for geospatial analysis in QGIS. The goal is to speed up computational time, which is a critical variable for the entire key point detection process, and to suggest potential areas that do not pose a threat to biodiversity. Methods. The strategy used is based on two fundamental assumptions: identifying the tops of spatial objects (rivers) and analyzing the distances between spatial objects (rivers and adjacent territories). The tops extraction allows obtaining potential points, while the distance analysis allows selecting among them those points that are in the range acceptable for locating a dam, provided that the least possible damage to the biodiversity of the adjacent territory is caused. The algorithm was validated using the example of the hydrological network of Manicaragua, Cuba. Results. The results were compared in terms of the calculation time used, the number of valid tops extracted, and the percentage reduction in the total number of areas. This comparison was made using one, two and three vector layers (.shp) with spatial objects representing strategic protected areas. Conclusion. The results obtained show that the more representative the space data (.shp) used, the more effective the results obtained using the algorithm are in relation to environmental protection tasks. A reduction of up to 13% from originally detected key points has been achieved.

The purpose of the current study was to develop a new drought-resistant initial material, adapted to local conditions and spring durum wheat varieties on its basis. Due to the method of intraspecific hybridization and individual selection, there has been developed the spring durum wheat variety ‘Yasenka’ in the F5 hybrid combination obtained from crossing the varieties ‘Lilek x Nikolasha’. The developed variety is short-stemmed, middle maturing, resistant to drought and lodging. Its potential productivity is high, due to the maximum yield of 6.44 tons per hectare obtained in 2017 when sowing after peas. On average, over three years of competitive variety testing (2015–2017), its yield was 6.02 tons per hectare, which is higher than that of the varieties ‘Volnodonskaya’ on 1.08 and ‘Nikolasha’ on 0.40 tons per hectare. There has been found an advantage in terms of productivity over other varieties when sowing at a later date. Grain and pasta quality indicators are high. When evaluating grain according to the international standard ISO 21415-2, the variety ‘Yasenka’ showed a high Gluten Index (94) and a Minolta color index “b” (30), which corre- sponds to the world quality level. Under natural conditions, it is characterized by field resistance to the main leaf fungal diseases. Against the background of artificial infection, there has been established high resistance to head smut, powdery mildew and hard smut, resistance to septoria blotch and brown rust, moderate susceptibility to head blight. The variety has been included into the State List of Breeding Achievements of the Russian Federation since 2018 and it’s protected by the patent of the Russian Federation.

The fourth industrial revolution basing on computer and information technologies, various software, hardware is rapidly gaining momentum in the modern world. First of all, these include big data processing technologies, blockchain, Internet of things, virtual and augmented reality, 3D printing, printed electronics, artificial intelligence, robotics, biotechnology. Alongside the positive effects, it is expected that the revolution will lead to some negative social consequences, including the growth of intellectual and high-tech crime. The article aims to analyze the causes and conditions of emerging new crime resulting from Industry 4.0 and their effect on the development of forensic science.The author highlights that the specific factors which will determine the future of forensic activity are: the appearance of creative and well-educated individuals, the emergence of “grey areas” in law, the development of global partnerships interested in international supranational rule-making, increasing of transnational crime. The rapid development of science and technology will require investigators and courts to promptly solve various specific scientific and technical tasks, eventually determining the objects and subjects of new forensic examinations, primarily from the field of information technology. Specialists predict a breakthrough in the development of cognitive computing and expert systems equipped with artificial intelligence, which has considerable potential in forensic science. There are signs of the shaping of a common forensic space, which will include not only existing elements of the institute of forensic examination (state and non-state institutions) but large industrial corporations, as well as the most active, technologically advanced individuals.

Objective. One of the most effective ways to assess thermal protection of construction facilities of various applications is thermal control. Methods. According to the national standard “Method for thermal imaging quality control of thermal insulation of enclosing structures” in force on the Russian Federation territory, the results of thermal imaging monitoring of capital and completed construction facilities are divided into qualitative and quantitative depending on set goals and objectives. Qualitative assessment involves computer processing and visual interpretation of thermograms using specialized software. Quantitative analysis of thermograms involves determining and numerically comparing parameters of reference areas and characteristics of defects detected in an object being under thermal control. Results. The paper describes particular characteristics and results of qualitative and quantitative analysis of thermograms (thermal images) obtained via thermography of fragments of external enclosing structures of a completed construction facility—an apartment building. The paper analyses existing methods of a quantitative assessment of thermograms described in regulatory documents and methodological recommendations, and presents specific examples of their application. Conclusion. Thermal imaging diagnostics makes it possible to qualitatively and quantitatively assess the level of thermal protection of the outer shell of an object under control by “decoding” thermograms and comparing calculated parameters with standard indicators.

Introduction. Modern views on the goals and content of education around the world are changing the viewpoints on educational assessment: the goals and functions of assessment are expanded, new assessment forms and tools are being introduced, the roles of students and teachers in assessment practice are revised. Global trends in educational assessment are reflected in national education systems, many of which have made the transition to criteria-based assessment. This process is accompanied by a rapid increase in the volume of scientific and methodological publications on this issue, reducing the ability of scientists and practising educators to comprehend the cumulative evidence in this area of research, which is important at the stage of reform. The solution to this problem can be facilitated by an analytical review of sources, representing a generalisation of international experience in the development of educational assessment.Aim. Based on the analysis of scientific publications, the current research is aimed to comprehend and generalise the current trends prevailing in the world theory and practice of assessment of student learning outcomes, to identify problems and contradictions as a potential basis for the occurrence of risks in assessment practices, to determine the current research directions towards the improvement of assessment in education.Methodology and research methods. The scientific papers of the last thirty years, revealing the issues of the education process assessment, have been used in the research. Sources were selected through the methods of descriptive and bibliometric analysis. The comparative and aspect-based analyses were employed in the research.Results. The wide range of assessment goals confirms the significance of the assessment as the education component; however, it results in some contradictions between the goals, which appear in estimated dichotomies: formative and summative assessment, norm-based and criteria-based assessment. Despite the contrapositive between the formative and summa-tive assessments, the analysis conducted shows the necessity of their integration. The variety of theoretical approaches to the interpretation of assessment forms, the ambiguous definition and use of terminology, the multiplicity of criteria-based assessment models, qualitatively different approaches to the development of criteria and the creation of assessment rubrics on their basis are sources of risks in the practice of educational assessment. In addition, an obstacle to ensuring effective assessment of students’ educational achievements is the insufficient level of competence of teachers as assessors, the unpreparedness of students themselves to take responsibility for the results of their learning.Scientific novelty. From a critical standpoint, the ideas are presented and the results of discussions on the problems of assessing the educational results of students in scientific sources are summarised. The analysis performed can serve as a basis for further research to build an ordered theoretical framework for assessment in education.Practical significance. An analysis of the pros and cons of international experience in the field of educational assessment can help scientists and practising teachers gain a more objective view of new approaches to the assessment of student learning outcomes, thereby contributing to the minimisation of the manifestation of possible risks in the development of assessment tools and procedures and their implementation in educational practice.

The article presents the scientific basis for the topic relevant for the modern musical theater. Thetopic lies indetermining the main functions and tasks ofthe concertmaster working with acting opera artists and students ofspecialized, creative, educational institutions. It also describes in detail the fact that the program of professional training of pianists has a unique discipline “Concertmaster’s Art”, which is absent inthe system of European music education. In the course of the analysis of this program, it turned out that, having acquired practical skills of the concertmaster art and having mastered a small part of the opera repertoire, students do not have a clear idea of what an experienced concertmaster needs to know and be able to do in the framework of creative practice. The article provides a scientific analysis and description of the role of the pianist in the musical theater and his assistance to the singer in preparing for participation in the performance. There is also a description of the diversity of theatre practice in the process of creative cooperation of the teacher­tutor with opera artists and its features are listed­from competent learning of the musical text with the vocalist to helping him to create a convincing part and role on stage. The statement is formed that the concertmaster in the musical theater accompanies the soloist at all stages of mastering the musical part and preparing the role. The article provides several practical examples of rhythmic difficulties and ways to overcome them, demonstrating the need to think outside the box in the creative process, achieving certain tasks: search, practice, develop individual methods of working with vocalists.

In recent years, technical means of perimeter security are becoming more widespread, which is due to their increasing efficiency of protection from unauthorized access by intruders to protected facilities. The high competition of manufacturers of such means has led to the emergence of a variety of technical solutions for detection means (hereinafter referred to as DT) operating on different physical principles and designed to solve specific problems. The main purpose of the DT is to ensure the detection of the facts of intruders' penetration through the guarded obstacle. Considering that the methods of intruders' penetration are varied (destruction of fences, climbing over the fence, digging under the fence, etc.), the creation of an effective security system using only one type of DT is a problematic task. At the same time, the autonomous use of many types of DT leads to the fact that there will be a large number of technical means in the duty room, which increase not only the time and financial costs for their maintenance, but also increase the requirements for the competence of the duty personnel. Research Institute of Electronic Computers has developed the complex VM 8018, designed to automate the process of protecting extended perimeters of objects for various purposes, including sections of the state border, perimeters and premises of outposts, extendedperimeters of industrial and military facilities, as well as controlling executive devices (electric drives for gates and gates, lighting etc.), video surveillance.

The purpose of this article is to introduce information on the Buddhist icon discovered by A.D. Grach in the south-eastern part of the rock mass of Kyzyl-Tei (Tuva) in 1953 into academic circulation. The relic itself is now kept in the Peter the Great Museum of Anthropology and Ethnography (the Kunstkamera) of the Russian Academy of Sciences. The field records of the archaeologist were lost, but we managed to reconstruct the history of the icon’s discovery from other sources — archival materials and museum documentation of the Kunstkamera. It is noted that the finding is related to one of the stories of the saving of the Buddhist relics by individual believers during the period when religion and religious acolytes were suffering reprisals in the region in the 1930s. A.D. Grach learned about the cache from a Tuvan informant and took the discovered icon to Leningrad (St. Petersburg). It has been found out that the Buddhist icon depicts the White Tara in the “vajra pose”. The icon was painted on a primed canvas. The image on the canvas is outlined with a red border. The canvas is placed in a wooden frame with glass front. On the inside of the frame, there are three lines of a prayer in Mongolian, which are transliterated and translated.

Self-realization is an important factor of successful social adaptation, especially in the early stages of a professional career in the dynamic conditions of the modern economy and society.The purpose of this study was to assess the general level of self-realization of students in socionomic and bionomic professions.It also performed comparative analysis (previously insufficiently represented in the empirical literature) of subjective perception of self-realization, depending on the length of professional training and the level of emotional intelligence.The subjects were students of the Southern Federal University, 109 representatives of socionomic and 75 of bionomic professions.The respondents completed a multidimensional self-realization questionnaire (S.I.Kudinov) and the test of emotional intelligence (EmIn, by D.V.Lucin).The study found significant differences between the representatives of the two professional types as in their subjective assessment of success of three types of self-realization, as in the direction and relative contribution to the subjective sense of self-realization of the two factors under consideration: duration of professional training and the level of emotional intelligence.Emotional intelligence was a significant predictor of all types of self-realization, compensating for the negative influence of duration of training in bionomic professions and enhancing its positive effect in socionomic professions.The authors emphasize the importance of developing and using specialized innovative programs for effective training of emotional intelligence as one of the key components in the work of practical psychologists with young people in the early stages of professional training and career.

The paper presents an analytical review of the application of biometric recognition systems in relation to facial image identification technologies. The classification of biometric systems is presented. The trends of technological progress in the field of biometrics and facial recognition capabilities are considered. It is determined that in 2020 there is a trend of transition from the use of biometric recognition technologies in traditional state security systems to the sphere of commercial and user applications. The process of «linking» encryption keys and passwords with the biometric parameters of the data subject is described. It is proposed that a biometric feature and a biometrics parameter mean a certain value that has a physical meaning that characterizes the subject itself. The possibility of using circular neighborhood and bilinear interpolation of pixel intensity values in biometrics is also presented. This will make it possible to build a local binary template. In order to solve the problem of identification of persons, it is advisable to investigate the essence of biometric systems in the technologies of identification of persons, their types, identifying the shortcomings of each of them, on the basis of which to present the directions of elimination and search for the most reliable technologies. The essence of the use of biometric systems in the technologies of identification of persons is, for example, that the user can provide the bank or other counterparty with evidence that it is he who wants to use the services on his accounts. At the same time, the demand has increased for contactless biometric solutions. These technologies are implemented in order to conduct additional biometric verification of users. This allows to minimize possible fraud or violation of the internal rules of the service, for example, the transfer of accounts of some registered users to others.

Introduction. The article considers the problem of the development of future teachers’ digital competences in creating foreign language multimedia tutorials and presents the results of the corresponding research conducted by the authors. In the context of the digitalisation of education, the foreign language multimedia tutorials represent an effective means of organising and integrating authentic audio-visual materials into the learning process. Nevertheless, FL (foreign language) teachers today face the problem of the lack of the competences, including digital ones, necessary for the development of effective multimedia tutorials, which cannot be created without the awareness of the methodological foundations of their designing, mastering of the relevant software tools and obtaining the corresponding level of digital skills of their usage.Aim.The current research is aimed to identify the effectiveness of the training course for future teachers in the development of foreign language multimedia tutorials based on authentic audio-visual materials. The training course was conducted at Academician E. A. Buketov Karaganda University among 30 graduate students.Methodology and research methods.The research work was based on the determination of four levels of training in the field of development of multimedia foreign language tutorials: recognition-based, reproductive (adaptive), heuristic, creative.Results and scientific novelty. The developed training course proved its effectiveness in increasing the level of development of digital competences of future FL teachers in the field of designing multimedia educational resources. The research results demonstrated that 80 % of the participants achieved the heuristic level in the field of the development of digital educational resources, namely multimedia tutorials, getting the required 60 % and more points (according to Bespalko V. P.) in the final assessment of academic achievement.Practical significance. The corresponding authoring experimental training course contributes to solving the problem of the development of the future FL teachers’ competences when creating multimedia educational resources, and to the problem of skills formation when using appropriate software to create multimedia educational resources.