Modern Technological Trends Research Articles

Optimizing Machine Selection and Cost of Quality: A Comprehensive Approach for Enhanced Industrial Efficiency and Economic Growth

Abstract: In today's modern industrial economy, selecting suitable machinery and efficiently managing quality costs are critical for achieving sustainable growth and competitiveness. This research paper presents a comprehensive approach to optimizing machine selection and cost of quality (COQ) within industrial operations. The study commences by delineating the criteria for machine selection and determining their respective weights using the Analytic Hierarchy Process (AHP). Subsequently, the VIKOR method is applied to select the most suitable machine based on the established criteria and weights. Moreover, the paper explores the concept of COQ, underscoring its importance as a performance measurement tool for organizations. The research investigates various strategies for minimizing quality-related expenses and maximizing benefits, including defect prevention, quality assurance, and continuous improvement initiatives. A case study analysis, focusing on the selection between mechanical cutting CNC machines and laser cutting CNC machines, provides practical insights into the implementation of the proposed methodologies. Real data analysis of cost and quality metrics, coupled with formula-based calculations, offers valuable insights into the decision-making process. The research underscores the significance of market analysis and leveraging modern technology trends to inform machine selection decisions. Overall, the findings contribute to enhancing industrial efficiency and promoting economic growth by facilitating informed decision-making in machine selection and COQ management

Аспирантура как уровень профессионального образования и система развития кадрового потенциала высшей школы

Purpose. To analyze modern trends that influence the development of the potential of graduate school in the Russian Federation, to highlight the problems of scientific and technological development of Russia that require solutions, including through the training of highly qualified scientists. Methodology: the research was carried out on the basis of a complex of general scientific and special methods, including the method of formal logic, including analysis, synthesis, comparison, and a systematic approach. Conclusions. For the development of levels of professional education, including postgraduate studies, certain signals from the education system and labor market will be important. Along with recognizing the importance of the continuity of classical education and its fundamental nature, the need to improve the model of postgraduate education should be recognized at the same time. The graduate school of the O. E. Kutafin University (MSAL named after O. E. Kutafin) is in transformation mode in the context of interdisciplinarity, the formation of a culture of innovation and the search for advanced legal responses to global and national challenges. Scientific and practical significance. Studying the potential of graduate school in the context of modern scientific and technological trends will make it possible to develop directions for the further development of the system for training scientific personnel and their integration with the strategic objectives of the state.

Preface

The International Conference on Mathematical Modeling in Physical Sciences (IC-MSQUARE) is an interdisciplinary scientific event which aims to promote the knowledge and the development of high-quality research in mathematical fields that have to do with the applications of other scientific fields and the modern technological trends that appear in them, these fields being those of Physics, Chemistry, Biology, Medicine, Economics, Sociology, Environmental sciences etc.The 12th IC-MSQUARE took place in Belgrade, Serbia between August 28 and 31, 2023. In addition, (because in previous years the conference, due to the pandemic, took place only with online presentations), the possibility of participation via the internet was also adopted this time. Thus, apart from the talks and workshops held on site, we also had a large collection of pre-recorded presentations that were available to the participants through the conference website.The Conference was attended by more than 350 participants and hosted about 320 oral and virtual presentations while counted more than 1000 pre-registered authors. The 12th IC-MSQUARE consisted of different and diverging workshops and thus covered various research fields where Mathematical Modeling is used, such as Theoretical and Mathematical Physics, Neutrino Physics, Non-Integrable Systems, Dynamical Systems, Computational Nanoscience, Biological Physics, Computational Biomechanics, Complex Networks, Stochastic Modeling, Fractional Statistics, DNA Dynamics, Macroeconomics, Social Modeling etc.The scientific program was rather heavy, however, according to all attendees, the program was excellent with high level of talks and the scientific environment was fruitful, thus all attendees had a creative time.All papers submitted to the Conference have been reviewed using a single-blind peer-review process. The review process adopted a scoring system (0-5 points) who rated the Relevance, Scientific quality, Contribution, Title and paper presentation, Tables and figures, Language and the References of each paper. The threshold for an article to be accepted was a score above 4 for the majority of the evaluated papers. Additionally, each paper was tested for similarity with already published content using the Turnitin software. All sources of similarities were checked and only original content was accepted. In this way, out of 308 papers that were evaluated for this volume, only 167 were accepted for publication.We would like to thank the Reviewers, the Members of the International Scientific Committees as well as the Members of the Organizing Committee.The Conference ChairmanDimitrios VlachosUniversity of PeloponneseList of International Scientific Committee, Organizing Committee are available in this pdf.

New Trends in Modern Technology and Traditional Martial Arts Teaching

New Trends in Modern Technology and Traditional Martial Arts Teaching

An Empirical Evaluation of Columnar Storage Formats

Columnar storage is a core component of a modern data analytics system. Although many database management systems (DBMSs) have proprietary storage formats, most provide extensive support to open-source storage formats such as Parquet and ORC to facilitate cross-platform data sharing. But these formats were developed over a decade ago, in the early 2010s, for the Hadoop ecosystem. Since then, both the hardware and workload landscapes have changed. In this paper, we revisit the most widely adopted open-source columnar storage formats (Parquet and ORC) with a deep dive into their internals. We designed a benchmark to stress-test the formats' performance and space efficiency under different workload configurations. From our comprehensive evaluation of Parquet and ORC, we identify design decisions advantageous with modern hardware and real-world data distributions. These include using dictionary encoding by default, favoring decoding speed over compression ratio for integer encoding algorithms, making block compression optional, and embedding finer-grained auxiliary data structures. We also point out the inefficiencies in the format designs when handling common machine learning workloads and using GPUs for decoding. Our analysis identified important considerations that may guide future formats to better fit modern technology trends.

Home-Based Rehabilitation of the Shoulder Using Auxiliary Systems and Artificial Intelligence: An Overview.

Advancements in modern medicine have bolstered the usage of home-based rehabilitation services for patients, particularly those recovering from diseases or conditions that necessitate a structured rehabilitation process. Understanding the technological factors that can influence the efficacy of home-based rehabilitation is crucial for optimizing patient outcomes. As technologies continue to evolve rapidly, it is imperative to document the current state of the art and elucidate the key features of the hardware and software employed in these rehabilitation systems. This narrative review aims to provide a summary of the modern technological trends and advancements in home-based shoulder rehabilitation scenarios. It specifically focuses on wearable devices, robots, exoskeletons, machine learning, virtual and augmented reality, and serious games. Through an in-depth analysis of existing literature and research, this review presents the state of the art in home-based rehabilitation systems, highlighting their strengths and limitations. Furthermore, this review proposes hypotheses and potential directions for future upgrades and enhancements in these technologies. By exploring the integration of these technologies into home-based rehabilitation, this review aims to shed light on the current landscape and offer insights into the future possibilities for improving patient outcomes and optimizing the effectiveness of home-based rehabilitation programs.

THE MECHANISM OF DIGITAL TRANSFORMATION OF AGRICULTURE

<em>The article is devoted to the study of the construction of the mechanism of digital transformation of agriculture when building a management system for agro-industrial clusters. The new realities of socioeconomic relations at the international level and the level of individual states require involvement in digitalization trends. That makes it necessary to study the mechanism of digital transformation of the branches of the national economy, including agriculture. The use of new IT technologies contributes to the formation of competitive advantages and directions for the development of the industry. On the other hand, it acts as an incentive to activate and increase the efficiency of the management system by stimulating the introduction of achievements and trends in modern science and technology, which is especially important in the digitalization and digital transformation of agriculture. Accumulation, systematization, and generalization of traditional-historical and modern IT technologies and management system techniques is an element of integration and activation of network, cluster, and other innovative mechanisms in the modernization of the management system in the agro-industrial complex. The development of the agriculture digital transformation will allow to specify of the tools and methods of updating and building integrated management systems of system-forming innovative agro-clusters will allow to generalize of the theoretical and methodological foundations, and develop recommendations for the formation of a management model of system-forming innovative agro-clusters using the concept of "triple helix" and modern digital technologies in the field of agro-industrial complex of Russia.</em>

Legal principles of ensuring social security in the conditions of digitalization of Ukraine

The transformation of society is due to the development of the information society and the gradual transition to the knowledge society, the impact of digitization on all spheres of life of society and citizens. Recently, the issue of the transformation of social security in the context of the development of digitalization of all spheres of the life of the state and society has been brought up to date. The purpose of the article is to analyze the legal framework for ensuring social security in the context of digitalization in Ukraine with a view to developing the ways to improve the policy in this area. The methodology of the article is based on a complex, interdisciplinary approach, the principle of historicism for conducting a legal analysis of normative legal acts in the field of social security of Ukraine for 1990-2022 in the conditions of digitalization. The results demonstrate the dynamism of technology development and digitalization of society with slow legislative changes in the field of social security. Since the beginning of 2007, legislative provisions in the researched field and conceptual principles of digitalization of the socio-economic system have been implemented in Ukraine. Complex digitization is aimed at comprehensive and deep transformation of existing analogues of economic and social systems and spheres into new value and quality to ensure social security of the state, society and citizen. Therefore, the authors note the importance of introducing key legislative acts regarding the effective implementation of digital technologies in the further development of social security in accordance with the strategic goals of the state and modern technological trends.

Analysis of MEMS sensor application and prospects

The development trends in modern science and technology are miniaturization, integration, and intelligence. Microsensors have developed rapidly with the development of micro-electromechanical systems (MEMS) and micromachining technology. In this paper, the concepts and types of MEMS sensors are summarized by literature and case analyses, and their research statuses and application fields are briefly introduced. The development trends of MEMS sensors are discussed. This paper finds that combining sensors with intelligent products can achieve another application climax of MEMS sensors.

МЕТОДЫ И ИНСТРУМЕНТЫ ИННОВАЦИОННОГО РАЗВИТИЯ СФЕРЫ РИЕЛТОРСКИХ УСЛУГ НА СОВРЕМЕННОМ ЭТАПЕ

The purpose of the study is to study modern technological trends in the field of real estate services; identify the advantages, opportunities and challenges that these technologies bring; identify strategies for successful adaptation and use of these innovations. The authors explore the main technological innovations, including blockchain, 5G, mobile applications, drones, CRM software, email automation and hyperpersonalized messages, and their application in the field of real estate services. The impact of these technologies on the purchase, sale and management of real estate services, improving accessibility, efficiency and security is assessed. The advantages and possibilities of these technologies, challenges and obstacles associated with their implementation and use in the field of real estate services are identified. An attempt has been made to develop strategies and recommendations for adapting and using innovations, improving the efficiency of business processes, improving customer experience and achieving a competitive advantage. The authors used methods of statistical analysis, observation, generalization, description and graphical modeling in the study. It has been revealed that technological innovations have significant potential for transforming the field of real estate services. However, for its successful implementation, risks and challenges such as data protection and cybersecurity must be taken into account.

КЛЮЧЕВЫЕ ПРЕИМУЩЕСТВА И ПЕРСПЕКТИВЫ ЦИФРОВОГО ОБРАЗОВАНИЯ В СОВРЕМЕННЫХ УСЛОВИЯХ

The article is a general overview of modern technological trends in education in the context of digitalization. The goals and objectives, advantages and trends in the development of digital education are considered. The article discusses innovations that have already been introduced and are being introduced into the education system on the eve of Industry 5.0. The main goal is to determine the socio-cultural impact of rapid digitalization in the field of education.

RESEARCH OF DEVELOPMENT AND INNOVATION OF CYBER PROTECTION AT CRITICAL INFRASTRUCTURE FACILITIES

Critical infrastructure objects — infrastructure objects, systems, their parts and their totality, which are important for the economy, national security and defense, the malfunctioning of which can harm vital national interests. Classification of objects as critical infrastructure is carried out in accordance with the procedure established by the Cabinet of Ministers of Ukraine. The assignment of banks, other entities operating in the financial services markets, state regulation and supervision of the activities of which is carried out by the National Bank of Ukraine, payment organizations, participants of payment systems, operators of payment infrastructure services is carried out in accordance with the procedure established by the National Bank of Ukraine. Classification of objects to critical infrastructure, which carry out activities on the service markets, state regulation and supervision of the activities of which are carried out by state bodies, is carried out in accordance with the procedure established by such state bodies. Given the importance of cyber security in today's world, critical infrastructure objects are becoming a special target for cyber criminals and cyber threats. These facilities include energy systems, transportation, communication networks, medical facilities and other important sectors that ensure the necessary functioning of society. This article aims to analyze and review modern approaches used to ensure cyber security at critical infrastructure facilities. Research and implementation of the latest strategies and approaches in this area can help increase the level of protection of important systems, as well as detect and respond to new cyber threats, maintaining the reliability and functioning of society as a whole. The main aspects that should be considered when developing innovative approaches to protecting critical infrastructure objects from cyber threats: predictive threat analysis: Understanding potential cyber threats and their impact on critical infrastructure facilities. Detection of new attack vectors and vulnerabilities; development and implementation of the latest technologies: Use of artificial intelligence, machine learning, blockchain and other innovative technologies in the field of cyber defense to prevent attacks and detect security breaches; creation of integrated protection strategies, development of flexible and comprehensive cyber protection strategies that take into account the specifics of each sector of critical infrastructure objects and its needs; introduction of international standards and regulations, cooperation at the international level to establish a unified system of cyber protection standards and rules for critical infrastructure facilities. Cyber defense is constantly evolving, given the constant growth in the number and complexity of cyber threats. To increase the security of critical infrastructure facilities, it is important to consider a number of modern technological trends in cyber protection, namely: artificial intelligence and machine learning; blockchain and cryptography; Internet of Things (IoT) and protection of embedded systems; threat analytics and attack detection; automated means of protection; protection at the level of data processing. The study and implementation of these technological trends in the critical infrastructure sector allows to respond to the complexity of modern cyber threats and provides an increase in the security of systems in real time.

КИБЕРБЕЗОПАСНОСТЬ СЕТЕВОГО ПЕРИМЕТРА ОБЪЕКТА КРИТИЧЕСКОЙ ИНФОРМАЦИОННОЙ ИНФРАСТРУКТУРЫ

The purpose of this paper is an analytical pre-project study of possible technological aspects of countering external computer attacks on critical network infrastructure. This will make it possible to specify the tasks for further resolving this problem in the aspect of developing the necessary software and hardware. The practical implementation of such tasks is an urgent and rather unconventional problem due to various factors of change in the classical concept of the network perimeter as a physical boundary of the information infrastructure, which becomes virtual and, therefore, requires the use of new approaches to the development of technical solutions. Based on statistical data on the number and quality of computer incidents, the study provides a justification for the relevance of the above problem, and gives an overview of widely used technical means for protecting the classic network perimeter, such as firewalls and systems for detecting attacks and intrusions. A comparative analysis of modern technological trends in their development, referred to in publications as «Threat Detection and Response», «Extended Detection and Response», is carried out. However, despite the powerful software and hardware functionality of these solutions, their common drawback is indicated as the lack of adequate counteraction to computer attacks with a remote mode of the user work. In this regard, the latest concept of virtual network perimeter protection, referred to by the authors as «Cybersecurity Mesh» («cybersecurity network»), is detailed. It is this methodology that seems to be the most promising for the development of appropriate technological solutions to ensure the cybersecurity of the perimeter of the critical information infrastructure. The paper might be useful to specialists working on the security of critical information infrastructure facilities, as well as to employees of educational classes in the implementation of appropriate training, retraining and advanced training programs for such specialists.

Remote Online Education in Undergraduate Mathematics: Students’ Perspectives

Full remote online education was introduced in higher education in early 2020 in response to the effects of the COVID-19 pandemic. This study aimed to determine students’ experiences in the three pillars of online education: teaching, learning and assessment based on the digital technologies platform. Before the pandemic, implementing online education in some universities was basic. A case study of two undergraduate mathematics classes was considered to determine students’ experiences in online education. Data were collected using open-ended questionnaires and semi-structured interviews. The findings revealed that prior to the pandemic, online education was sporadically implemented. The advent of COVID-19 informed higher education institutions on the opportunities to effectively engage digital transformation to provide education remotely. Teaching and learning were successfully conducted on Microsoft Teams. Mathematics assessment is conveniently administered as timed Blackboard assignments, much to the students’ satisfaction. Even though academia may return to normal contact classes with the waning of COVID-19, online assessment remains a convenient mode in sync to modern technology trends. Keywords: Online education, Mathematics, Students’ experiences, Online assessment, Post-COVID-19

ДИСТАНЦІЙНЕ ВИКЛАДАННЯ ФІЗИЧНОЇ КУЛЬТУРИ У АМЕРИКАНСЬКІЙ СИСТЕМІ ОСВІТИ

The article examines modern approaches to remote teaching of physical culture in the American education system and the introduction of interactive technologies into the educational process. Advanced pedagogical experience in the organization of physical education of young people is revealed on the example of American educational institutions. Currently, the relevance of electronic education of students of higher education institutions with the use of distance educational technologies is being popularized. The system of distance learning of physical culture in educational institutions of the United States enables applicants to actively combine classroom classes and independent work, to use new technical possibilities (video lectures, audio lectures, virtual work in groups); teachers - to provide educational materials in electronic form; to organize communication on forums or by e-mail, to have a complete picture of the students' activities. The Moodle distance learning platform in US educational institutions offers a structured learning plan, quizzes, glossaries, forums, chat rooms, databases, online surveys, creative tasks, exercises, projects and more. The US Sports Academy offers courses that allow distance learning and obtaining the necessary material for both bachelors and masters of sports sciences, as well as doctors of pedagogical sciences. With the help of distance technologies, the following forms of knowledge transfer are used in the US secondary education system for teaching physical culture: distance course, chat class, web class, web forum, teleconference, online seminar. The experience of using modern distance learning technologies for teaching physical culture in the US education system points to the fact that modern technological trends are radically changing the perception of education. Further research related to the transformation of the positive experience of teaching physical education in the distance education system in the USA in the realities of the education system of Ukraine is promising.

METHODICAL REGULATION AND ANALYTICAL AND INFORMATION SUPPORT OF "SMART HOME" PROJECTS IN THE MODERN CONSTRUCTION DEVELOPMENT SYSTEM

The article is devoted to the impact of the development of information, communication and digital technologies on the transformations taking place in "smart home" construction projects. Modern technological trends in the development of the digital economy have been studied. Prerequisites, challenges and drivers of digital transformation of domestic business structures are structured, with their division into external and internal, which can act as a basis for determining the vectors of innovative development of enterprises based on "numbers". It was determined that digital technologies and data obtained from their use can provide new sources of knowledge, innovation and profit for business. It is noted that information and communication technologies are a fundamental stimulus for the growth of international production. Coordination of increasingly complex and scattered global production networks could not be possible without significant improvement in communication capabilities. The directions of the main transformations taking place in the existing approaches to the organization and management of international production systems are determined. As a systematic scientific and applied support for the competitiveness of enterprises implementing construction projects on the basis of the introduced methodology and the corresponding apparatus of formalized decision-making, the toolkit of digital administration was substantiated by the activities of СЕ-S (construction enterprise-stakeholder). The leading subsystems of the toolkit are the following: an integrated analytical and diagnostic subsystem, which, using a special system of indicators adapted to the economic, operational-production, functional-technological and administrative features of СЕ-S, provides a comprehensive analysis of the equilibrium level of BP-S regarding the enterprise's preservation of progressive development or certain (non-critical, risky, to critical, critical) deviation of the enterprise in this trajectory; subsystem of organizational management with the introduction of innovative management, organizational-administrative and information technologies; СЕ-S personnel motivation subsystem, which is integrated into the enterprise management circuit. With the use of the specified subsystems, the toolkit provides economic controlling, administration and adjustment of CE activities. On its basis, the obligation of economic, managerial, organizational, technical and administrative measures aimed at adaptive adjustment of the content, operational and strategic priorities in BP-S activities, countering risk factors, with the aim of avoiding and countering cost-economic, administrative-management and structural-technological deviations from the directive trajectory of the enterprise as a whole, and, in particular, within the scope of the project in which CE-S is currently conducting its activities. In this way, the toolkit provides the essence of the digital transformation of enterprises to the format of the integrator of the functional, production and logistics subsystems of the operating system of the enterprises of construction stakeholders.

КОНВЕРГЕНЦІЯ NBICS-ТЕХНОЛОГІЙ ТА ПРОБЛЕМИ РОЗВИТКУ ГЛОБАЛЬНОЇ ЕКОНОМІКИ

The dynamic development of the modern global economy is determined by its close relationship with trends in modern technology, the state of the natural and social environment, the level of development of science. Given this circumstance, business representatives, national governments, the scientific community, the public are constantly looking for ways to integrate scientific and technological progress, innovation, areas of intellectual activity and social issues in a single cluster. Since the studied problem is a relatively new interdisciplinary field of knowledge, hence its insufficient coverage in the domestic economic literature. The lack of tradition of interdisciplinary research, especially in technical, natural, philosophical and economic sciences, is a deterrent to attracting a wide range of domestic economists to the study relationship between the convergence of NBICS technologies and the development of the global economy. However, this problem has received some attention from foreign researchers. Given this, the chosen topic of the article has theoretical, scientific and applied and ideological significance. In the process of realization of the formulated goal of the research the essence, content of convergence of NBICS technologies as a complex multidimensional process is determined and the problems of global economy development in the context of technology convergence are characterized. The scientific novelty of the study is to substantiate, based on a critical analysis of scientific publications of foreign and domestic scientists, trends in technology convergence, highlights differences in American and European approaches to interpreting the role and importance of convergence of nano-, bio-, info-, cogno- and social technologies, of disclosing their interdisciplinary nature and identifying problems of global economic development that are the result of the deployment of convergence of these technologies, which are a consequence of the deployment of convergence of these technologies. A generalization is made about the inadmissibility of the dominance of the technocratic approach to the interpretation of the essence of the convergence of NBICS technologies; of necessity to understand the cyclical nature of the convergence of NBICS technologies as a process that occurs as a result of their integration and under the influence of synergies and divergence; of developing the necessary of an appropriate scientific apparatus to describe trends in this process. The priority directions of further scientific research on this problem are outlined.

A Brief Analysis of the Figure of Elder Zossima in “The Brothers Karamazov” in the Light of the Neo-Anthropology of Asceticism

For Sergey Khoruzhy, Russian philosophy, which is characterized by religiosity, takes the perfect expression of the Orthodox truth as the ultimate pursuit. He believes that the Russian philosophy that truly embodies the “Russian mind” is hidden in the practice of the Russian Orthodox ascetic tradition, which contains not only the image of an ascetic Christian but also reflects the ontological state of being and the ontological intuition of being human in a universal sense. On the basis of the ascetic practice, Khoruzhy constructs three anthropological forms shaped by different forces at different levels: 1) the person who unfolds to another being (God), the ascetic, 2) the “average” person who unfolds in the unconsciousness (the Freudian person), 3) the person who is shaped by modern technological trends such as computer technology, genetic engineering, and other technologies. Such a unique anthropological framework also offers the possibility of reinterpreting and analyzing the role of Elder Zossima, a typical figure in Dostoevsky’s masterpiece “The Brothers Karamazov”.

Integration of digital technologies in educational model for transportation professionals

The relevance of transportation specialists training for knowledge-intensive production is connected with the reform of Russian Doctoral Program (from 2011) and epidemiological situation. The purpose of the study is to design Doctoral Program model for Transportation Professionals based on the doctoral student‘s assessment of training in the period from March 2020 to December 2021. Empirical methods (interview, conversation), the semantic analysis method, the methods of analysis, synthesis and modeling were used to obtain and prosses the results. The reference group consisted of 59 students (transportation specialists) (1st and 4th grades) of different transportation specializations. The positive responses of 1st grade students (69.70 %) and 4th grade students (69.23 %) on hybrid educational model demonstrate the possibility of implementation a hybrid educational model based on actualization of on-line lectures + on-line practical classes (if it is necessary) + off-line experiment + off-line individual consultations depending on the grade and specialization. The flexible hybrid model will allow to train highly qualified transportation professionals in accordance with modern educational and technological trends and optimize the process of research work itself.

Перспективи використання технології доповненої реальності на базі об’єктів Національного історико-етнографічного заповідника «Переяслав»

The purpose of this article is to consider and analyse relevant directions in application of augmented reality (AR) technology in the context of developing a comprehensive strategy of its implementation at Pereiaslav National Historical- Ethnographic Reserve (hereinafter also referred to as Reserve). Research methodology. The suggested research presents an attempt to develop a universal innovative methodology that synthesizes a wide range of means taken from history, museology and information technology. Such multi-aspect nature is subordinated to the task of maximum involvement of available historical information on all sites, processes, and persons related to the problematics of Pereiaslav National Historical- Ethnographic Reserve in order to ensure the most effi cient delivery of all information to consumers of museum services by way of using augmented reality tools. The process of implementing the representative projects described in this research will become a testing ground to provide a most accurate way to verify validity and reliability of methodology tools traditionally used by researchers, by way of using digital simulation. This will build foundations for a historical methodology of a higher level geared towards development of full-scale digital reconstructions of the historic process and open new prospects for historical knowledge. The scientifi c novelty of the research is in the author’s pioneering step to suggest methodologies for creating a theme-oriented immersive digital environment based on the Reserve’s sites with the means of AR technology. This work has resulted in development of prospective ways for implementation of the said technology and the main directions are set forth in the article. Conclusions. The introduction of the above-mentioned types of AR technology at the Pereiaslav National Historical-Ethnographic Reserve will allow to effectively represent additional information about its objects and museum objects, signifi cantly enriching their communication potential. The combination of the real world with the virtual will expand the boundaries of the exhibitions and help strengthen their emotional impact on visitors. Integrated augmented reality Indoor applications optimize the process of navigating exposures, provide enhanced capabilities for people with special needs. The comprehensive implementation of the proposed innovations is focused on increasing the potential audience of visitors to the Reserve, primarily through those who are actively involved in the use of modern technological trends in the museum industry.