Modern Technology Research Articles

Systematic Review of Factors Influencing Students’ Performance in Educational Buildings: Focus on LCA, IoT, and BIM

In the evolving field of civil engineering studies, a significant transition is evident from fundamental to new-generation research approaches. This paper presents a systematic literature review aimed at analyzing these shifts, focusing specifically on the performance of students in educational buildings thought the integration of modern technologies such as the Internet of Things, life cycle assessments, and building information modeling. Covering the literature from the late twentieth century to the early twenty-first century, the review emphasizes advancements in sustainable infrastructure, eco-friendly designs, digitalization, and advanced modeling. A comparative analysis reveals that while the fundamental articles are primarily focused on indoor air quality parameters, the new-generation articles prioritize technological integration to address broader environmental concerns and for improved building performance. Challenges in the education sector, such as insufficient energy use, high maintenance costs, and poor working conditions, are also discussed, showcasing their impact on student learning outcomes. The methodology employed for this review included a comprehensive search in databases such as Scopus and Web of Science, using keywords such as “school buildings”, “IoT”, “BIM”, and “LCA”, ensuring a robust and diverse collection of academic articles. The findings show that new trends supplement existing topics, suggesting an integration rather than a replacement of traditional practices. Consequently, future research efforts will need to include a broader range of information to fully account for the evolving landscape in this field.

Trends in clinical pharmacology as represented by international and specialized journals

Relevance. Clinical pharmacology is a rapidly evolving field of medicine. The advent of modern technologies has led. The continued evolution of clinical pharmacology, as reflected in publications in specialized medical journals.The aim of this study was to determine how new trends in clinical pharmacology were reflected in the publications of the leading clinical pharmacology journals in Russia during the period from 2015-2021, to conduct a comparative analysis of trends with international journals from 2015-2021.Materials and methods. Original articles published in leading Russian journals were analyzed and categorized into relevant key areas of interest, drug modalities, and therapeutic areas based on the content of the publications independently by three authors. Publications in which authors expressed divergent opinions were discussed until consensus was reached using a modified Delphi method. A comparative analysis was then performed with the results of a similar analysis published in journal “Clinical Pharmacology and Therapeutics”.Results. Most Russian journals and publications have focused on real-world data. The topics most frequently covered in international journals were pharmacometrics, machine learning, and pharmacogenetics. In third place were real-world data. The leading therapeutic areas represented in publications in both Russian and international journals were cardiology, oncology, and infectious diseases. Most publications have focused on various aspects of small molecule use.Conclusions. The novel trends in clinical pharmacology are reflected in the scientific articles published in specialized journals. The principal trends observed in Russian publications are consistent with international tendencies.

The Effects of TikTok on Family Relationships and Life

This article examines the influence of TikTok on people's behavior and lives, specifically how it has changed the way individuals interact with technology. It also explores the potential of TikTok to improve family life, mental health, and physical well-being. The study aims to understand how social media platforms like TikTok can impact behavior, social dynamics, and cultural values in Baglung and its surrounding areas. The research focuses on the effects of virtual entertainment on daily life, particularly how TikTok affects family relations and working family relationships, as well as its role in causing migrant family infidelity. A mixed qualitative and quantitative approach was utilized, involving 162 participants selected through purposive sampling. Data was collected through observation, interviews, questionnaires, and review of secondary sources. The findings indicate that virtual entertainment has a detrimental impact on family unity, social cohesion, traditional rituals, culture, customs, practices, values, beliefs, and community bonds. This poses challenges for Eastern societies despite the positive aspects of technology. Family solidarity, closeness, and agreement are diminishing as individuals become absorbed in their own devices. The use of modern technology has introduced new challenges to interconnected societies. This research is crucial for understanding the impacts of social media, TikTok, and online entertainment on individuals and families, and for guiding future studies in this field. It will be helpful to activists, academicians, future researchers, and policymakers.

Research-based Analytical Procedures to Evaluate Diabetic Biomarkers and Related Parameters: In Vitro and In Vivo Methods.

The degenerative tendency of diabetes leads to micro- and macrovascular complications due to abnormal levels of biochemicals, particularly in patients with poor diabetic control. Diabetes is supposed to be treated by reducing blood glucose levels, scavenging free radicals, and maintaining other relevant parameters close to normal ranges. In preclinical studies, numerous in vivo trials on animals as well as in vitro tests are used to assess the antidiabetic and antioxidant effects of the test substances. Since a substance that performs poorly in vitro won't perform better in vivo, the outcomes of in vitro studies can be utilized as a direct indicator of in vivo activities. The objective of the present study is to provide research scholars with a comprehensive overview of laboratory methods and procedures for a few selected diabetic biomarkers and related parameters. The search was conducted on scientific database portals such as ScienceDirect, PubMed, Google Scholar, BASE, DOAJ, etc. Conclusion: The development of new biomarkers is greatly facilitated by modern technology such as cell culture research, lipidomics study, microRNA biomarkers, machine learning techniques, and improved electron microscopies. These biomarkers do, however, have some usage restrictions. There is a critical need to find more accurate and sensitive biomarkers. With a few modifications, these biomarkers can be used with or even replace conventional markers of diabetes.

The Evaluation of Quality Engineering for Supply Chain Operations in Khan Dhari Silo / Case Study

The study aims to search for mechanisms to improve the supply chain operations in the silo of Khan Dhari by applying the requirements of quality engineering and focusing on the axes of design, human engineering and value engineering, which are among the most important axes concerned with quality engineering in the silo. The case study approach was relied upon as an approach that helps in the comprehensive and in-depth analysis of the research problem, and the researcher relied on checklists in collecting and analyzing data. The research problem is summarized in the main question (there are failures and stops in the process of receiving the wheat crop, and there is no analysis of the processes of transporting the wheat crop from the processing sources to the storage stage, through circulation. From transportation, weighing and storage tools, and there is no keeping up with the management of supply chains in the silos departments in Baghdad, Including the silo of Khan Dhari with modern technologies), the importance of the research lies in showing how to employ quality engineering and rearrange the technical activities related to receiving grain. The most important results reached are the adoption of advanced strategies related to the processes of receiving the wheat crop and the reliance on an advanced electronic system in the work.

Supporting Reading as a Useful Leisure Practice for Children of the Digital Era

The aim of the article is to study the state of reading as a leisure practice in the context of the rapid development of technologies, and to determine prospects for stimulating interest in extracurricular reading, which will also correspond to the provisions of the state policy for the reading development in Ukraine. Research methods. Scientific methods of analysis, synthesis and comparison are used in this research in order to achieve the specified aim, which made it possible to assess the state of leisure reading among school-age children, and to present modern practices in terms of its promotion. Methods of systematic and comparative analysis are also used to generalise the research results. Analytical grouping (categorisation) is used to classify data from the sociological study on children’s leisure time by gender. Correlational and factor analyses of statistical data of the all- Ukrainian sociological research conducted by LLC “Info Sapiens International” as a part of the project “Supporting the promotion of reading in Ukraine” with the support of the International Foundation “Renaissance” and the Ukrainian Book Institute are made. Scientific novelty. It consists in identifying the leisure practices of school-age children by gender through the processing and analysis of sociological information and its differences interpretation. Its consideration in directions of popularising book reading will contribute to the formation of the reading habit. Main conclusions. In the context of the rapid development of technology, extracurricular reading is inferior to other forms of leisure, such as video games, social networks, video content consumption. A modern approach to extracurricular reading requires an analysis of the best practices of the current leisure industry. A basis of this approach is a strategic development of complex solutions that take into account both traditional and digital formats of reading, which are adapted to rapid technological changes. Special attention is paid to gender aspects and the integration of elements known to children through video games in order to increase general interest in reading. The introduction of gamification and interactivity elements have to ensure a harmonious combination of reading as a traditional form of leisure with the advantages of modern digital technologies. Such a synthesis of traditional and innovative methods is designed to provide balanced leisure time for children, to support the culture of reading in conditions of rapid digital technologies development, and to correspond to the provisions of the state policy for the reading development in Ukraine.

Analysis of High-Performance Parallel Computing using TOPSIS Method

High-performance parallel computing involves the simultaneous execution of multiple tasks or processes, orchestrated to achieve improved computational speed and efficiency. This approach leverages the power of parallelism, exploiting both multi-core CPUs and GPUs, distributed computing clusters, and specialized hardware accelerators. The fundamental idea is to divide a task into smaller sub-tasks that can be executed concurrently, thereby reducing processing time and enhancing overall performance. High-performance parallel computing is a transformative approach that enables us to tackle computationally intensive tasks efficiently. This abstract highlight its significance in contemporary computing and sets the stage for further exploration of the intricacies and innovations within this dynamic field. Researchers and practitioners continue to push the boundaries of what is achievable, making high-performance parallel computing a cornerstone of modern computational science and technology. High-performance parallel computing research is of paramount significance due to its transformative impact across diverse fields. It empowers scientists to tackle complex problems that were once computationally intractable, unlocking new frontiers in scientific discovery. It drives innovation in engineering and design, optimizing product development and manufacturing processes across industries. In healthcare, it accelerates genomics research and drug discovery, offering hope for improved medical treatments. Financial institutions rely on it for data analysis and risk assessment, shaping the global economy. Weather forecasting and environmental modelling are enhanced, aiding disaster preparedness and conservation efforts. In the digital age, parallel computing underpins artificial intelligence, enabling advancements in natural language processing and machine learning. Furthermore, it has vital applications in national security, space exploration, and materials science. In essence, high-performance parallel computing research serves as the backbone of technological progress, fostering innovation, efficiency, and problem-solving across a wide spectrum of disciplines, ultimately shaping the future of our world. TOPSIS, this method involves evaluating the geometric distance between each alternative solution and two reference solutions: the positive ideal solution and the negative ideal solution. The underlying principle of TOPSIS assumes that the criteria being assessed are of an ascending nature, where larger values represent better performance. To account for disparate dimensions or scales among the criteria, normalization is often employed within the TOPSIS framework. From the result Scatter- free imaging is got the first rank and object-scatter imaging is having the lowest rank.

Present, Past, and Future of Lean Six Sigma Applications: From Evolution to the Era of Artificial Intelligence

Background: Lean Six Sigma is a fact-based, data-driven approach that avoids mistakes to improve quality and efficiency. Artificial intelligence (AI) is now evident in lean six sigma applications. AI waste elimination solutions can eliminate large amounts of waste that LSS could not. In lean six sigma, six sigma tackles process variance, whereas lean reduces waste to improve process quality and efficiency. Objective: To describe new pieces, trends, and the adoption and implementation of new technologies like AI by examining the current literature across multiple aspects for a more instructive and piquant viewpoint. Methods: This study is a combination of systematic and bibliometric review, where the systematic review was based on a class framework by selecting 97 articles from reputed journal databases, and the bibliometric review was conducted using a VOS viewer and web of science database for a period of 15 years (2007-2022). Results: By describing LSS's historical evolution, major concerns, prevalent research approaches, and application areas, the study helps practitioners and academics understand its present state for robust research. AI and other cutting-edge technologies help discover non-value-added operations that are difficult to recognize manually. Conclusion: This study has revealed the critical success factors for deploying LSS in numerous businesses. The motivations, barriers, and limits in the direction of the application of LSS are also discussed. The research trends in implementing modern technologies like AI showed a green wave. Future research may emphasize and dominate LSS implementation issues with modern technologies like AI.

Single-Valued Neutrosophic MCDM Approaches Integrated with MEREC and RAM for the Selection of UAVs in Forest Fire Detection and Management

In recent times, the world has experienced a rise in the frequency of forest fires. These fires cause severe economic damage and pose a significant threat to human lives. Therefore, it is essential to search for solutions that can help combat fires and detect them early. Once a fire reaches a certain level, it becomes challenging to control it. Various systems have been proposed to collect data and detect forest fires, such as satellites and other traditional methods. However, these solutions have been ineffective in terms of cost, coverage of large areas, accuracy, and the safety of human lives. To address these limitations, Unmanned Aerial Vehicles (UAVs) or drones have been used for detecting, combatting, and early warning of forest fires. UAVs are one of the modern technologies that have achieved great progress in monitoring natural disasters and have been widely used in monitoring, detecting, and predicting fires. They can fly without a human pilot on board, which makes them ideal for preserving human life. In addition, they are equipped with firefighting tools and various tools for remote sensing. This is to take high-quality photos or videos of the area to be detected. Different types of UAVs are used to fight fires, and here decision-makers face a problem in choosing between these types. Therefore, this research proposes a new MCDM model integrated with neutrosophic sets for selecting the optimal UAV to combat forest fires; therefore it helps in effectively detecting and fighting the fire. The proposed model integrates a Method based on Removal Effects of Criteria (MEREC) and Root Assessment Method (RAM) with the context of neutrosophic sets that effectively deal with ambiguity for selecting the optimal UAV which use in the detection and combat forest fires.

Medical rehabilitation after lower limb injuries in patients with diabetes mellitus: a review

INTRODUCTION. Diabetes mellitus (DM) in patients with lower extremity injuries is a global health problem. The combination of these pathologies in one patient requires rehabilitation measures to restore maximum functional activity and maintain the patients’ initial quality of life. Diabetes as an independent pathology has a negative impact on the patient’s health and also aggravates the recovery period after traumatic bone injury, increasing the risk of adverse outcomes in the early and late postoperative periods. AIM. To analyze the scientific data of the last ten years on the use of medical rehabilitation methods in patients with lower extremity injuries and diabetes mellitus. MAIN CONTENT. The search was conducted in Web of Science, PubMed, and Scopus according to PRISMA guidelines and initially identified 181 records. Of these, 45 articles were included in the study with publication periods 2013–2023. Key words used: lower limb injuries, diabetes mellitus, rehabilitation, mechanotherapy, physical therapy, physiotherapy. The literature review analyzes publications on the basis of which a description is made that in case of injuries of the lower extremities in patients with diabetes, the participation of specialists from a multidisciplinary team is necessary to draw up an optimal rehabilitation program aimed at preventing the occurrence of complications and their progression, achieving a speedy and complete recovery of lost functions. A personalized approach, individually selected therapy methods and the use of modern technologies will help achieve the best results in the recovery of patients with diabetes and lower extremity injuries. CONCLUSION. The review formulated a conclusion about the main objectives of rehabilitation: which include: control of glucose levels and metabolic disorders; examination and care of damaged tissues in order to prevent the development of ulcers and infection of injured skin; gradual increase in physical activity; goals should take into account the individual characteristics of the patient; the use of physiotherapy methods to improve microcirculation and activate tissue regeneration (transcutaneous electrical nerve stimulation (TENS), electrophoresis, magnetic fields, ultratonotherapy, cryotherapy, laser therapy, darsonvalization, pulsed electric fields, ultrasound therapy, ozokerite therapy and peloid therapy); the use of mechanotherapy with biofeedback and robotic systems to increase overall endurance, strength, improve balance function and form the correct walking stereotype (rehabilitation track with visual feedback about walking C-Mill).

Impact of the unimodal molar mass distribution on the mechanical behavior of polymer nanocomposites below the glass transition temperature: A generic, coarse-grained molecular dynamics study

Polymer nanocomposites (PNCs) have shown great potential to meet the ever-growing requirements of modern engineering applications. Nowadays, molecular dynamics (MD) simulations are increasingly employed to complement experimental work and thereby gain a deeper understanding of the complex structure–property relations of PNCs. However, with respect to the thermoplastic’s mechanical behavior, the role of its average molar mass M¯n is rarely addressed, and many MD studies only consider uniform (monodispersed) polymers. Therefore, this contribution investigates the impact that M¯n and the dispersity Đ have on the stiffness and strength of PNCs through coarse-grained MD. To this end, we employed a Kremer–Grest bead–spring model and observed the expected increase in the mechanical performance of the neat polymer for larger M¯n. Our results indicated that the unimodal molar mass distribution does not impact the mechanical behavior in the investigated dispersity range 1.0≤Đ≤1.09. For the PNC, we obtained the same M¯n-dependence and Đ-independence of the mechanical properties over a wide range of filler sizes and contents. This contribution proves that even simple MD models can reproduce the experimentally well researched effect of the molar mass. Hence, this work is an important step in understanding the complex structure–property relations of PNCs, which is essential to unlock their full potential.

Improving Students' Social Interaction through Nojapi-Japi Traditional Game at SD Negeri Kele'I

The decline in academic achievement and student social interaction is partly due to the excessive use of technology by students at school and at home. In order to maintain social interaction in the classroom and ensure students are more familiar with the culture around them, the influence of changes in modern technology must be balanced with traditional learning media. However, this study identified a low social interaction of students in learning in class IV SDN Kele'I East Pamona District. The research method employed was classroom action research based on the Kemmis and McTaggart flow. The objective of this study was to enhance students' social interaction in social studies subjects in class IV SDN Kele'i by implementing the traditional game nojapi-japi. This study utilized class IV SDN Kele'i, which comprised 20 individuals, including 11 female students and 9 male students. Data collection was conducted on student and teacher activities. The results of the study indicated that 70% of students demonstrated sufficient social interaction skills, 25% exhibited limited skills, and 5% displayed very poor skills. The overall average score for Cycle I was 62.25%. Therefore, it was deemed necessary to continue the study in Cycle II. The results of the second cycle of the study indicated that 30% of students exhibited exemplary social interaction skills, 45% demonstrated proficient social interaction abilities, and 25% demonstrated satisfactory social interaction skills, with an average score of 82.75%.

Directions of Improvement of the State Policy of Employment Support in Modern Technological Conditions

Directions of Improvement of the State Policy of Employment Support in Modern Technological Conditions

Distance Learning through the Grand Egyptian Museum: Leveraging Modern Technology to Teach about Ancient Egypt among Schools and National Museums

By considering the increasing emphasis on lifelong learning and the ongoing significant debates over the value and utility of digital technologies in accelerating long-established learning tasks, the paper suggests new approaches for the national museums of Egypt to incorporate distance learning and museum-based online programs as a means to improve their traditional educational programs. This would significantly help school students better understand the ancient history of Egypt, “Pharaonic Egypt”, which is an essential part of their formal school curriculum. Moreover, it provides much-needed support to museums with limited or insufficient educational programs to promote more meaningful learning experiences. The proposed approach can be effectively implemented through the Grand Egyptian Museum (GEM), the world’s largest archaeological museum complex dedicated to the culture of ancient Egyptian Pharaonic Culture. The study discusses the GEM’s educational and digital infrastructure capabilities in creating a robust online learning platform that provides access to rich educational content and digital resources across Egypt’s various geographic regions, enhancing museum education concerning pharaonic Egypt in line with the state’s cultural policy to strengthen national identity among future generations. By analyzing both qualitative and quantitative data, the study investigates the potential benefits of integrating online digital technologies into the pedagogical and educational practices of Egypt’s national museums. It concludes by providing practical recommendations for future research and actions encouraging online learning among Egyptian museums, aligned with recent national efforts toward Egypt’s digital transformation.

Features of the Development of the Circular Economy in Livestock Production of the Agricultural Sector in the Context of Climate Change

The goal is to analyze the current state of development of agro-industrial production in the context of circular and climate economy of Kazakhstan with emphasis on identifying the elements of its key aspects in livestock farming and determining the influence of climatic factors on this economic system. Methods – statistical analysis and graphical interpretation of data, comparative assessment of linear and circular economic models. Materials from scientific publications, regulations, as well as interviews with experts were used. Results - recommendations for transition to sustainable circular economy structure in agricultural sector of Kazakhstan have been developed, aimed at increasing the efficiency of resource potential, reducing negative impact on environment and creating new opportunities for business and innovation in the country's agro-industrial complex. Measures have been proposed to improve the infrastructure for processing and disposal of agricultural waste and use of modern technologies in the industry. Conclusions - implementation of the principles of circular economy helps to increase energy efficiency and reduce negative impact on biosphere and ecosystems, creating conditions for expanding the scope of innovative entrepreneurship - “green” business: new jobs, appropriate infrastructure, “green” logistics, etc. Principles of circular economy: circular supply (limited resources are replaced by completely renewable sources); extending the life cycle of products through modernization and reconstruction; recycling (restoration and recycling of product residues). Resourceefficient modification is an opportunity for innovation at all stages of new value formation, which gives not only good final results, but also leads to them with lower material, energy and environmental costs.

Productivity and technical inefficiency: A case study of small dryland mungbean farming in East Nusa Tenggara, Indonesia

Mungbeans are one of the important agricultural products for food security in East Nusa Tenggara (NTT) Province, which is one of the driest regions in Indonesia. The low productivity and profitability of mungbean farming in this region are caused by factors that influence agricultural inefficiency. This study was conducted to measure the productivity and technical efficiency levels, as well as investigate the factors affecting farm inefficiency, using the Technical Efficiency Effect Model (TEEM) applied to the frontier logarithmic transcendental production function. The method applied in this research is descriptive qualitative based on survey and interview results through primary and secondary data. Firstly, the results showed that mungbean farming was in the increasing return to scale stage of production and productivity only reached 57% of its production potential, with a technical efficiency level of 66%. Secondly, the factors that positively influence the low productivity and technical efficiency level of mungbean farming are land, seeds, labor, and the interaction between land and labor. Meanwhile, farmer experience and farm training significantly reduce the inefficiency of mungbean farming. It is suggested that increasing land productivity with appropriate and intensive modern technology and improving labor skills are the main strategies for reducing inefficiencies and increasing the income of smallholder farmers in drylands.

Development of environmental projects within the framework of extracurricular physics education using modern learning technologies

The development of environmental projects within the framework of extracurricular physics education using modern teaching technologies is an urgent and promising area of pedagogical activity. The article examines the importance of the environmental component in the educational process and ways to integrate environmental projects into the curriculum. The advantages of using virtual and augmented reality technologies, interactive models and robotics to organize exciting and informative activities are highlighted. Examples of successful practice are given and recommendations are offered to teachers and educational organizations on the implementation of such projects. The purpose of the article is to stimulate discussion and dissemination of experience in the field of environmental education and the practical application of modern educational technologies in teaching physics. The development of environmental projects within the framework of extracurricular physics education using modern teaching technologies is justified by several key factors. Firstly, environmental problems are becoming more acute in the modern world, and it is important to form a responsible attitude towards the environment among students. Environmental projects within the framework of physical education make it possible to draw attention to environmental problems and contribute to the formation of environmental awareness. Secondly, the use of modern technologies such as virtual and augmented reality, interactive models and robotics makes the learning process more exciting and effective. These technologies enable the creation of interactive simulations and experiments that help students better understand physical phenomena and their relationship to the environment. Finally, the development of environmental projects contributes to the development of creative thinking and practical skills of students. Participation in projects allows you to apply theoretical knowledge in practice, which increases their motivation and interest in studying physics.

RISKS OF INJURY AND HEALTH DAMAGE WHEN USING BLACKSMITH EQUIPMENT

The article identifies the need to analyze the risks of injury and health damage when using blacksmith equipment which is due to the implementation of the latest technologies for the successful economic development of the country, the introduction of a risk-oriented approach, as well as the implementation of international standards in all sectors of the economy. It was noted that international standards are based on the use of a risk-oriented approach in solving issues of safety and occupational health of employees. Therefore, this requires the implementation of new approaches and the formation of new relationships in particularly dangerous areas of production. The general state of occupational injuries and deaths of workers in Ukraine for the period starting from 2022 to 2024 (four months of the current year) is given. The given data indicate an increase in the number of accidents at work which is further complicated by the war. These data indicate an increase in injuries at work which is a bad indicator and the need to implement modern risk-oriented technologies in the metallurgical industry. Analyzing the situation in the metallurgical industry where blacksmith equipment is widely used it should be noted that the main causes of injury and death of workers are organizational. This proves that the risk management system at enterprises is imperfect and needs to be improved and brought into line with international standards. Scientific approaches to determining the risks of injury and damage to the health of workers (operators) when using blacksmith equipment are considered. It is shown that modern technologies of metal processing by forging as one of the methods of pressure processing, use more and more robotic complexes which have risks associated with the organization of work in the conditions of the probability of physical impact of their individual elements and substances on workers. The dangerous and harmful factors that accompany the work of operators when using the MKP10 forging manipulator are given. The operation of the MKP10 manipulator is considered as an example. Tables and diagrams of the manipulator are made in accordance with the DSTU ISO 12100:2016 standard. The calculation of the risk indicator of the MKP10 manipulator was also performed which showed that the risk is average in terms of its damage and probability indicators. This leads to the need to apply risk management to control such risk and reduce it to acceptably small values.

Innovative development of the AIC: problems and strategies for their solution

Currently, there are many unresolved problems in agricultural sectors: low level of production and processing of agricultural products, presence of significant number of small-scale farms, financial instability of agricultural entities, insufficient rates of improvement of market infrastructure, which hinders innovative renewal of agricultural sector, and digitalization processes. The goal is to substantiate the strategy for technological modernization of the republic's AIC. The methods are based on scientific research by domestic and foreign scientists, data from the Bureau of National Statistics, Agency for Strategic Planning and Reforming of the RK, scientific institutions, and information from official sources. Results - issues of innovative transformation and use of digital platforms to achieve high efficiency of agro-industrial production and its structural transformations, overcoming challenges and risks that pose threat to the country's agro-industrial complex were studied. Methodological approaches to managing innovation processes are considered, main reasons hindering the achievement of high results in the republic’s agriculture and building its potential are shown: low technical equipment, inefficient use of natural resources, in particular land and water, lack of the necessary system for storage, transportation and sale of products, unattractiveness of this area for investment. Conclusions - analysis of world practice shows that in the context of transition to innovative path of development of agricultural sector, regulatory role of the state, designed to ensure technological progress, increases and becomes a key factor responsible for developing a strategy for creating mechanisms for its implementation and financial support, and formation of a new type of economy. The systematic nature of implementation of innovative projects in agribusiness will help increase the number of jobs and specialists with new competencies.

Теоретические исследования процесса топливоподачи газового двигателя

This article is devoted to theoretical studies of the fuel supply process of a gas engine. It examines the main aspects of the functioning of the fuel supply system, the influence of fuel supply parameters on the efficiency of the engine, as well as problems and solutions. The authors analyze various theoretical models, describe the basic principles of fuel injection systems and discuss current trends in the development of this field. The article is intended for specialists in the field of automotive, mechanics and thermal engineering, as well as for anyone interested in modern technologies in the field of motor transport. Theoretical studies of the gas engine fuel supply process are of great importance in the modern automotive industry. The efficiency of a gas engine depends directly on the correct selection of fuel supply parameters, which makes this topic relevant for research and development. The article analyzes in detail various aspects of the fuel supply process, such as fuel dosing, spraying, system pressure, as well as interaction with other engine systems So, the presented article is a valuable contribution to the field of gas engine fuel supply research and can be useful both for specialists involved in the development of gas engines and for a wide range of readers interested in modern technologies and innovations in the field of automotive technology. Keywords: GAS ENGINE, FUEL SUPPLY, FUEL INJECTION SYSTEM, AGROENGINEERING, INNOVATIONS IN THE FUEL SUPPLY SYSTEM, AGROTECHNICS, FUEL SUPPLY PARAMETERS