Introduction Of Technologies Research Articles

Children and depression: A view of a pediatrician. A review

Mental disorder is characterized by clinically significant impairment of cognitive function, emotional regulation or human behavior. Rapid development of technical progress, introduction of digital technologies into everyday life with daily processing of a large flow of heterogeneous information have led to a significant increase in the load on the nervous system of children and adolescents. Psychological problems are based on intrafamily and intrapersonal conflicts, so a specialist needs to build interaction with the maximum number of interested family members. The article provides information on the competencies of a pediatrician in identification of risk factors and diagnosing depression in children.

Misuse of External Urine Management Devices in Hospitalized Patients.

External urine management devices were introduced into healthcare as a novel solution to avoid indwelling urinary catheter placement and the associated urinary tract infection risk for adult patients. These devices are favored among healthcare workers and patients. However, the downstream impacts of this device can be detrimental to patient outcomes when immobility is promoted through their use. Clinical nurse specialists are the ideal team member to evaluate the introduction of new technology to promote patient-focused care over task-focused care.

FINANCING THE IMPLEMENTATION OF HR ENGINEERING IN MANUFACTURING ENTERPRISES IN THE CONTEXT OF THE COUNTRY'S DIGITAL ECONOMY FORMATION

The article is devoted to the study of possible prospects for financing the implementation of HR engineering at manufacturing enterprises in the conditions of the formation of a digital economy. In the process of research, the authors considered the possibilities of implementing HR engineering at production enterprises and focused attention on the main directions of implementation. The principles of financing enterprises that implement changes and transform are revealed. Approaches and strategies aimed at optimizing human capital management in the company are proposed. The authors noted the following main tools of HR engineering for the development and improvement of HR processes, which are key to building effective human capital management strategies in the organization and require funding: organizational management structure, strategic maps, creation of a portrait of personnel competencies, modelling of the human resources management process resources, development of a goal tree, increased flexibility of HR management processes, implementation of a balanced system of indicators. The authors' comprehensive analysis of the implementation of digital HR solutions by manufacturing enterprises in previous years made it possible to identify the most important obstacles to the successful implementation and financing of innovations and digital solutions, the main of which are: insufficient financial resources for the implementation of innovative projects; lack of sufficient financial assistance and stimulation from the state; large financial costs associated with changes in the infrastructure and introduction of new technologies; low interest of investors, which may limit access to external sources of financing; some innovations may require a long payback period, which becomes a challenge for companies; high interest rates on loans can make it difficult to finance innovative projects. Considering these financial factors, it is important to develop comprehensive strategies and tools to overcome obstacles and stimulate the innovative and digital development of manufacturing enterprises.

The impact of digital finance on financial inclusion in Zimbabwe

This study looks at how digital finance affects financial inclusion in Zimbabwe. There has been a noticeable change in Zimbabwe's financial services sector with the introduction of digital technology, especially mobile money and digital banking services. The present study investigates the ways in which digital finance initiatives have facilitated the expansion of financial services accessibility, the advancement of financial literacy, and the promotion of economic empowerment among marginalised communities in Zimbabwe. This study offers insights into the potential obstacles related to digital finance in achieving financial inclusion objectives in Zimbabwe through an extensive analysis of current research and empirical data.

ИННОВАЦИОННЫЕ МЕТОДЫ ДИАГНОСТИКИ БРУКСИЗМА В СОВРЕМЕННОЙ СТОМАТОЛОГИИ

The article is devoted to one of the most important problems in modern dentistry – bruxism. The relevance is associated with an increase in the prevalence of bruxism in patients of different age groups. The article discusses etiological factors, clinical manifestations and various diagnostic methods for patients with bruxism. The material of the review is the long-term research of domestic and foreign scientists devoted to the etiology and modern diagnosis of patients with bruxism. Using the Elibrary search engine, 17 articles were selected for the time period from 2003 to 2023. The article uses a descriptive method that allowed us to consider the current state of the problem and outline ways to further solve it. The main content of the study is the analysis of innovative methods for the diagnosis of bruxism, which make it possible to diagnose pathology at the initial stage of the disease and start its treatment in a timely manner. The article emphasizes the need to supplement existing clinical recommendations with innovative methods and diagnostic tools for this pathology. As a result of the analysis of the literature, the authors developed a systematization of all methods of diagnosing bruxism by the subject of the study. The article discusses research aimed at studying the occlusal relationship of the jaws, the diagnosis of a psychopathological condition, the diagnosis of musculoskeletal dysfunction, the diagnosis of neurotransmitter imbalance and the detection of diseases of the musculoskeletal system. The authors concluded that with the advent and introduction of computer technologies into dental practice, innovative methods and tools for diagnosing bruxism were developed, which led to a significant improvement in the quality of dental care provided. Special attention is paid in the article to the importance of the principle of primacy and an interdisciplinary approach in conducting diagnostic studies aimed at identifying bruxism.

Exploration and innovative application of digital technology in pediatric dentistry

Pediatric dentistry treats patients aged 0-18 years, encompassing the characteristics of general dentistry. The clinical techniques are closely related to restorative dentistry, endodontics, orthodontics, and maxillofacial surgery, while also possessing unique aspects. It particularly focuses on the growth and development patterns of children's dentition and maxillofacial structures. Currently, digital technology has deeply integrated with various clinical disciplines of dentistry, and pediatric dentistry has made significant progress with pediatric-specific digital applications. On one hand, the introduction of mature digital technologies is enabling the digital transformation of pediatric dental treatment models; on the other hand, there is innovative development of new digital technologies tailored to the specific needs of pediatric dental care, filling gaps in the field. Based on years of research in digital technology for pediatric dentistry, our team details the current innovative applications and scientific explorations in this area from these two perspectives. Additionally, we anticipate the potential expansion of digital technologies not yet applied in pediatric dentistry, providing a reference for clinical scholars in the field to conduct exploratory research.

Diagnosis of sepsis: which clinical and laboratory biomarkers are useful?

The quest for an unequivocal diagnostic tool for sepsis has persisted for decades, but this goal remains elusive. The diagnosis of sepsis is characterized by its complexity, which encompasses dozens of biochemical, hematologic, and immunologic parameters as well as complex microbiological diagnostics. During the last decade, the integration of omics technologies has further complicated this landscape. Despite these advancements, clinical diagnosis remains the gold standard for the diagnosis of sepsis. In the following review, we provide an overview of select diagnostic biomarkers that are deemed readily applicable in routine clinical practice, thus extending beyond the confines of university hospitals. Verification of the reliability and usefulness of a diagnostic parameter generally takes several years, and this process is more difficult in patients with sepsis compared with other patients because of the complexity of this clinical condition. Nevertheless, the introduction of new technologies, the intensive use of bedside diagnostics, and the contribution of omics technologies are moving us toward the realization of personalized medicine and theranostics.

THE EVOLUTION OF COMMUNICATION AND INFORMATION TECHNOLOGIES IN EDUCATION

This paper aims to describe, based on an analysis of what is contained in the literature, the introduction and evolution of information and communication technologies (ICT) in education, thus constructing a historical record of these technologies. The project is justified by the relevance of the topic and the importance that ICT represented during the pandemic period, practically saving education from two years of social isolation, leaving millions of students out of school, enabling, even with some difficulties encountered by teachers and students, the continuity of pedagogical activities, minimizing the educational losses of a period never seen before in the history of education. It is clear that these ICT should be incorporated into the pedagogical projects of the courses, since Ifes has an academic environment Moodle (Modular Dynamic Object-Oriented Learning Environment) available that enables pedagogical activities for teachers and students. Given the many new digital technologies that have emerged in recent times, it is possible to see that digital communication and information technologies have become a fertile field for technology companies, developers, and researchers in the area of ​​technology and education, since they have seen technologies as a tool capable of providing a transformation of teaching-learning methods and practices that are important for achieving pedagogical objectives, thus not diminishing the role of educators, nor even replacing them, but allowing some tasks and functions to be expanded and diversified. It is also worth noting that TDCI encompasses other sectors, becoming multidimensional with roots spread throughout society. The legislation that governs the introduction and use of technological equipment in the classroom has advanced and encouraged its use in everyday school activities.

Application of 3D Motion Graphic Design Technology of Object Simulation Human Body in Sports Teaching

In the current era, the rapid development of computer technology has brought unprecedented opportunities for innovation in physical education teaching. The introduction of computer technology not only improves the efficiency of physical education teaching but also provides more accurate and scientific means for sports training. In response to this trend, this paper proposes an innovative human body model design method and explores in detail the key implementation techniques of computer simulation of 3D motion maps, aiming to further optimize and improve the quality of physical education teaching. The design of human body models plays a crucial role in physical education teaching and training, as it can help students and teachers better understand the mechanisms and principles of human movement. By introducing computer technology, this paper can construct a more precise, dynamic, and realistic human body model that conforms to the actual motion situation. This model can simulate various movement states of the human body, providing students with an intuitive and vivid learning experience. In the classroom, teachers can use projection or virtual reality devices to display 3D motion models, allowing students to intuitively see the details and changes of motion movements, deepening their understanding of the essentials of the movements. Teachers can demonstrate different movements in real time by operating models, and explain the technical points and precautions of each movement. Students can observe the motion trajectory and posture changes of the model from multiple perspectives to improve learning efficiency. The system generates personalized feedback reports based on students’ movement data, pointing out the problems and improvement directions that students have during the exercise process. Teachers can provide more accurate guidance to students based on these feedbacks, helping them correct incorrect movements and improve their skill levels.

The Application of Near Field Communication (NFC) in Public Transportation: Current Practices, Challenges, and Future Prospects

In the field of public transportation, the introduction of NFC technology can realize contactless payment and automatic ticket checking functions, significantly improving system efficiency and passenger experience. The article first reviews the development history of the public transportation system and the basic principles of NFC technology, and then analyzes the technical architecture and working principle of the NFC payment system. Through the cases of public transportation systems in many cities around the world, the practical application and effect of NFC technology are demonstrated. This article also verifies the transaction speed, stability and user satisfaction of NFC technology in the public transportation system through a series of experimental evaluations. The results show that NFC technology has excellent performance in terms of processing speed, system stability and user satisfaction, especially during peak hours, its advantages are more obvious. At the same time, the research also pointed out the limitations of current NFC technology applications and the challenges faced in practical applications. In the future, NFC technology will become more complete and is expected to provide passengers with a more personalized and intelligent service experience.

Knowledge, Attitudes and Behaviors of Healthcare Workers Working in Malatya Towards COVID-19 Vaccines

Abstract Background The rapid production of vaccines and the introduction of new vaccine technologies have raised concerns among some individuals regarding anti-vaccination, while others have expressed worries about vaccines. Given that healthcare professionals’ recommendations significantly influence people’s vaccination decisions, this study aimed to examine the knowledge, attitudes, and behaviors of healthcare professionals working in family health centers towards COVID-19 vaccines. Methods Questionnaires for this descriptive cross-sectional study were administered between February and April 2022. The population comprised 408 health workers employed in family health centers in Malatya, with 292 individuals completing the study. The questionnaire included questions about sociodemographic, COVID-19, COVID-19 vaccines and the COVID-19 Fear Scale. Results Although 97.3% of the research group reported having received the COVID-19 vaccination, 47.9% expressed concerns about these vaccines. The median score of the COVID-19 Fear Scale was 15 (7.00-35.00). 86.6% of the participants indicated that they recommended COVID-19 vaccines. 16.4% of the participants agreed with the statement ‘there are no studies proving the safety of vaccines,’ and 49% agreed that ‘vaccines pass through clinical trials quickly and are put on the market’. Those who did not recommend COVID-19 vaccines, those who agreed with the statement ‘there are no studies proving the safety of vaccines’ and those who agreed with the statement ‘vaccines pass through clinical trials quickly and are put on the market’ were concerned about COVID-19 vaccines with their level of concern significantly higher (p < 0.05). Conclusions Almost all members of the research group had received the COVID-19 vaccine, yet almost half of them expressed concerns about vaccines. Those who do not recommend vaccines, those who believe they are released quickly, and those who have safety concerns are more likely to be concerned. Key messages • Identify the reasons for health workers’ concerns about vaccines and provide remedial interventions for concerns that may arise regarding other vaccines. • It should be ensured that healthcare professionals, who are expected to be role models for society in terms of immunization, possess scientific and up-to-date knowledge on vaccines.

INNOVATIONS IN HUMAN RESOURCE MANAGEMENT IN THE PUBLIC SECTOR OF UKRAINE

The article examines the characteristics of innovations in human resource management within Ukraine’s public sector. It defines the concept of innovation in human resource management as the introduction of new ideas, methods, technologies, and processes aimed at enhancing the efficiency and effectiveness of managing human resources. The importance of studying this topic is highlighted, particularly in light of the need for the public sector and government bodies to adapt to the demands of wartime and the socio-political crisis, as well as the necessity to develop a strategy for advancing the public sector through the implementation of various international agreements. The main objective of the study is to analyze the specific features of introducing innovations in the human resource management system of Ukraine’s public sector. This includes identifying successful practices for implementing electronic systems, key areas for the digitalization of public administration, and promising research directions. The study demonstrates that several organizational, technological, and social variables influence the interactions between employees, management, and other stakeholders. For instance, technological innovations enable the automation of HR processes (e.g., talent management systems, HR analytics, electronic document management platforms) and the use of online tools for employee training and development (e-learning, webinars). Organizational innovations promote the adoption of new management models. The study highlights several priority areas for further development: strategic communications in public policy, shaping the corporate culture of government agencies, defining their mission, strategic goals, values, and vision; fostering innovative leadership; developing horizontal connections within organizations through innovation; and ensuring principles such as fairness, transparency, openness, and equal access through the digital transformation of public administration.

STATE POLICY ON THE PROTECTION OF NATIONAL INTERESTS OF UKRAINE IN THE INTERNET ENVIRONMENT

The article deals with the problem of protecting Ukraine’s national interests in the context of the Russian-Ukrainian war. The Internet is seen as a space for free expression of opinions, but often turns into a battlefield in the information war. The article analyses the processes of informatisation of society and the increase in the number of Internet users. The impact of the Russian-Ukrainian war on the leading Internet providers and their political position is analysed. Today, Ukraine enjoys great support from leading campaigns in this area, but the aggressor country is heavily funding war propaganda. Attention is drawn to the results of statistics on cyberattacks on state institutions and the public by the Russian Federation. It is emphasised that today state institutions, business and society in Ukraine have united to counteract the negative information influence of Russia. The structure of Ukraine’s national interests, priorities and directions of their protection are defined. Attention is focused on the fact that the Russian Federation attracts teenagers to extremist and radical activities on the Internet. This additionally threatens the national interests of Ukraine. Prevention of extremism is based on raising the legal, political and general culture of citizens, and shaping a positive image of the state. Therefore, it is justified to take effective measures to develop a powerful ideological corpus, a national idea and to adhere to the state’s strategy for European integration. It is important to establish systematic training of specialists in the field of protecting national interests in the Internet space, enhancing the preventive role of the media and institutional support for analytical, educational, propaganda and information work. The author proposes to develop a powerful system of countering manipulations on the Internet, which will include technological developments, methodology, ideological component, legal and educational measures. The author substantiates the necessity of Ukraine’s integration into the global and regional European information space; integration into international information and telecommunication systems and organisations; modernisation and certain changes in the information policy; improvement of legislation on harmonisation of national legislation with international standards; introduction of modern information and communication technologies into public administration processes, etc.

Studying technical sciences without borders: We use the navigator for open educational resources. Part 1. The Russian experience

Introduction. The introduction of information and communication technologies into learning processes expands the possibilities of using information resources and becomes one of the priorities of the transforming higher education system. These changes are reflected in the trends in the development and application of open educational resources. However, the scale and fragmentation of data on the Internet, as well as the lack of open educational resources standards, makes the information retrieval process a difficult task and requires professional skills.Purpose setting. To determine the relevance and prospects for the development of sectoral open educational resources, it is necessary to analyze their role in the modern educational system. It is important to identify the possibilities of using open access research in technical sciences as one of the tools to eliminate social inequality in higher education. To identify and present arguments for the purpose of justifying the need to develop an industry-specific «Navigator on OER of Technical Sciences» (hereinafter referred to as the «Navigator»).Methodology and methods of the study. The research methodology covers the study and analysis of scientific papers devoted to the development of tools and initiatives in the field of open educational resources in technical sciences both in Russia and abroad. This study is also based on the method of oral questioning of students, postgraduates and teachers of technical disciplines at universities in Novosibirsk. Results. An array of scientific literature and web resources has been studied, providing free access to scientific and educational information in the field of research under consideration. Taking into account empirical data, the necessity of developing a «Navigator» on open educational resources in the system of higher technical education is justified (http://lib-os.ru/issledovatelyam/resursy/obrazovatelnye- resursy/navigator-oor-techn-nauk/).Conclusion. The study of technical sciences using open educational resources contributes to the effective improvement of professional level and allows you to be aware of current solutions to innovative activities in the field of knowledge under consideration.

BLOOD PRESSURE MONITORING USING TELEMEDICINE TECHNOLOGIES IN PATIENTS WITH HEART FAILURE

An urgent task of modern cardiology is to ensure continuous monitoring of cardiovascular patients' condition indicators. Monitoring of patients with heart failure (HF) is especially important due to the instability of the condition, extremely high prevalence of pathology and life-threatening. Currently, active search and development of optimal devices and programs for medical telemonitoring continues. The review presents the results of Russian and foreign studies on the introduction of invasive and non-invasive technologies for blood pressure (BP) monitoring and demonstrates their clinical significance. The comparison of clinical data of several studies using wireless remote monitoring of pulmonary artery pressure with the help of CardioMEMS sensor was carried out. Mobile applications and telephone monitoring are also considered as an alternative to invasive devices, and information about their effectiveness and impact on the quality of life of patients is given. The article also compares the effectiveness of treatment of hypertension and HF using remote monitoring with standard practice and demonstrates the dependence of the risk of hospitalization for HF and the presence of monitoring of the condition.

Demographic challenges in the context of the state policy of the Russian Federation in the sphere of maternity and childhood protection

The article examines current demographic trends in Russia in comparison with population changes based on data from the Federal State Statistics Service of Russia (Rosstat) and the UN Population Division. The specifi cs of the age structure of the population of Russia, formed by a number of demographic waves, are such that changes in the number of births and the size of age groups occur in waves; this trend will continue in the coming decades. The state policy of the Russian Federation in the fi eld of family support, aimed at increasing the total fertility rate from 1.3 to 1.6 by 2030 and to 1.8 by 2036, should provide for the introduction of new health-preserving and reproductive health protection technologies, the development of childhood infrastructure, antenatal clinics and perinatal centers for high-quality and aff ordable medical care for mothers and children.

Analysis of the Spatial Constraints of Urban Underpass Channels Based on BIM

The construction of urban underpasses faces various spatial constraints, which will lead to deformation or failure of the structures if not satisfied. The introduction of BIM (Building Information Modeling) and other modern information technology to achieve rapid and accurate spatial constraint analysis of the design scheme is of great significance to ensure the quality and safety of the underpass and adjacent structures. Firstly, through extensive literature collection and survey, the key spatial constraint indicators of underpasses in dense urban spaces and the evaluation rules of each indicator are determined. Then, an SQL (Structured Query Language)-based database of spatial constraint rules for underpasses in dense urban space areas is constructed, and the spatial constraint analysis process for underpasses in dense urban space areas is proposed. Finally, based on Building Information Modeling, programming support, and a development environment provided by C# and Visual Studio, a spatial constraint analysis system for underpasses in dense urban space areas is developed to realize complex spatial constraint analysis functions. The application practice of the system is carried out by taking a city underpass project as an example. The results show that in the design of urban underpass engineering, the spatial constraint analysis system designed in this paper and the calculation method adopted can simplify the model transmission process, save on labor costs, and reduce the error of the calculation results.

Green technology acquisition strategies for chemical enterprises considering competition effects and spillover effects

PurposeGreen technology, characterized by its environmentally friendly attributes and sustainable practices, has emerged as a crucial tool in harmonizing the economic and ecological benefits. However, the challenge lies in selecting the most effective strategies for acquiring green technology. This paper aims to explore how chemical enterprises choose green technology acquisition strategies across diverse scenarios.Design/methodology/approachConsidering the influence of competition effects, spillover effects and their interactions on selecting green technology acquisition strategies, this paper develops three decision models (independent R&D, cooperative R&D and technology introduction). Drawing on the duopoly game theory as its theoretical framework, this paper delves into the examination of the economic and environmental benefits within distinct scenarios.FindingsCooperative R&D excels in promoting green technology R&D when spillover effects are strong, while independent R&D demonstrates superiority when spillover effects are weak. The threshold for the strength of spillover effects is related to competition effects. Additionally, cooperative R&D typically yields greater financial advantages than independent R&D and technology introduction. Moreover, the economic and environmental benefits may not be optimized simultaneously. Only enterprises that satisfy low competition and spillover effects as well as high competition and spillover effects, can achieve win-win economic and environmental benefits.Originality/valueAlthough green technology R&D and introduction are alternative strategies, they have typically been considered separately in prior literature. This study attempts to incorporate green technology R&D and introduction into a strategic system to investigate the selection of green technology acquisition strategies, taking into account competition effects, spillover effects and their interactions.

Additive manufacturing of heat-resistant aluminum alloys: a review

Abstract The capability for synergistic advancements in both making and shaping afforded by additive manufacturing (AM) enables the flexible production of high-performance components. Boosted by the growing demand for heat-resistant aluminum alloys in the moderate-temperature weight-critical applications, AM of heat-resistant aluminum alloys constitutes a burgeoning field. Although numerous advances have emerged in recent years, there remains a gap in the review literature elucidating the newly-developed alloy systems and critically evaluating the efficacy. This state-of-the-art review presents a detailed overview of recent achievements on the heat-resistant aluminum alloy development. It begins with the introduction of various AM technologies and the pros and cons of each technique are evaluated. The enhancement mechanisms associated with printability and high-temperature properties of AM aluminum alloys are then delineated. Thereafter, the various additively manufactured aluminum alloy systems are discussed with regard to the microstructure, heat resistance and high-temperature performance. An emphasis is put on the powder bed fusion-laser beam (PBF-LB) as it has garnered significant attention for heat-resistant aluminum alloys and the vast majority of the current studies are based on this technique. Finally, perspectives are outlined to provide guidance for future research.

Research on the Application of Computer Technology in Biostatistics

This paper explores the application of computer technology in biostatistics, focusing on the technological advancements and their impact on data management, data processing and analysis, and data visualization. With the development of computer technology, data storage and management methods have significantly improved, particularly with the introduction of database systems and big data technologies, which have greatly enhanced the efficiency and accuracy of handling biostatistical data. Additionally, the application of machine learning and artificial intelligence has made biostatistical data analysis more intelligent and automated, providing new tools for identifying and predicting complex data patterns. Furthermore, advanced data visualization techniques have enhanced the interpretability of statistical results through clear graphical presentations, promoting the application of biostatistics. Through the analysis of specific case studies, this paper demonstrates the practical effects and challenges of computer technology in improving biostatistical research capabilities. Finally, the paper anticipates the future impact of emerging computing technologies, such as quantum computing, on biostatistics and suggests future research directions and recommendations.