Use Of Modern Computer Technology Research Articles

Machine Learning Meets Cancer.

The role of machine learning (a part of artificial intelligence-AI) in the diagnosis and treatment of various types of oncology is steadily increasing. It is expected that the use of AI in oncology will speed up both diagnostic and treatment planning processes. This review describes recent applications of machine learning in oncology, including medical image analysis, treatment planning, patient survival prognosis, and the synthesis of drugs at the point of care. The fast and reliable analysis of medical images is of great importance in the case of fast-flowing forms of cancer. The introduction of ML for the analysis of constantly growing volumes of big data makes it possible to improve the quality of prescribed treatment and patient care. Thus, ML is expected to become an essential technology for medical specialists. The ML model has already improved prognostic prediction for patients compared to traditional staging algorithms. The direct synthesis of the necessary medical substances (small molecule mixtures) at the point of care could also seriously benefit from the application of ML. We further review the main trends in the use of artificial intelligence-based technologies in modern oncology. This review demonstrates the future prospects of using ML tools to make progress in cancer research, as well as in other areas of medicine. Despite growing interest in the use of modern computer technologies in medical practice, a number of unresolved ethical and legal problems remain. In this review, we also discuss the most relevant issues among them.

Information Support for Tutors in Higher Education Institutions

The relevance. Today, the influence of the tutor on the formation of consciousness and the success of students’ studies plays an important role. A tutor in his professional activity is one of the closest advisers, sometimes even a friend and assistant of a student, such a person helps the student to overcome problems and difficulties. It is the ability of the tutor’s individual approach that makes it possible to prevent problems that may arise for the student. However, the tutor does not always have enough information support for high-quality and efficient performance of his work. Therefore, the use of modern computer technologies in the tutor’s work is quite relevant and necessary.
 The purpose of the paper is to create information support for improving the tutor’s work.
 The methodology consists in developing and applying a clear plan that will help divide the main task into detailed subtasks. For this purpose, the work uses a functional model of the tutor’s information provision process to facilitate student adaptation.
 Conclusions. The tutor’s information support is an important component that affects the success and efficiency of the tutor’s work, as well as for the successful educational, scientific and social activities of students. The development of such an information resource for the tutor provides him with all the information about the opportunities and activities in which the student can be involved, and the student, in turn, is given the opportunity to find a mentor with whom it will be easy and simple for him to work.

Elegance in Pixels: Current Trends in Computer-aided Ornament Design

Current trends in the field of computer-aided design of ornaments are considered, as well as trends in changes in the perception of ornaments and the creation of decorative elements. It is noted that one of the trends is the fusion of traditions and innovations. Creative rethinking of age-old traditions in ornamentation is taking place today based on the use of modern computer technologies. The development of the field of parametric design, the use of algorithms and mathematical equations to create complex, intricate patterns and structures leads to the emergence of qualitatively new patterns that cannot be repeated by hand. The advent of 3D printing and additive manufacturing has revolutionized the creation of jewelry, and it has become possible to physically implement digital designs. Rapidly developing neural networks like Midjourney, Playground AI, DiffusionBee, DALL-E 2, Fy! Studio, etc. allow you to generate objects and use them as innovative sources of creative inspiration. The article provides examples of idea generation proposed by the authors in several neural networks. The world of ornamental design is experiencing a digital renaissance driven by the integration of technology and creativity. Through the fusion of tradition and innovation, parametric design, 3D printing, generative design and a commitment to sustainability, computer-aided ornament design is blossoming like never before. Thus, computer-aided design of patterns has turned fashion into a dynamic and innovative field where tradition meets technology. There are new opportunities for designer creativity, sustainability, and personalization of fashion. As digital age technology evolves, we can expect to continue to shape new ways of making clothes and expressing our-selves creatively.

საქართველოს ტექნიკურ უნივერსიტეტში კრეატიული აზროვნების სწავლების თაობაზე

Rapidly developing processes around the world require prompt response to them in order to avoid the negative consequences of these events. This becomes especially relevant for such states like Georgia, due to some factors. First of all, it is much easier for little countries in terms of territory and population to respond to new challenges. Secondly, not long ago, the economic structure of Georgia has changed. Since the education quality is generally recognized as one of the factors influencing country’s progress, it is necessary to make fundamental corrections in the field of education in the first place. According to the opinions expressed in the article, innovations should be based on trans-, multi-, interdisciplinary approaches and on the use of modern computer technologies.

ELECTROPHYSIOLOGICAL METHODS FOR ASSESSING THE FUNCTIONAL STATE OF THE GASTROINTESTINAL TRACT

According to the criteria of prevalence and loss of working capacity, diseases of the gastrointestinal tract (GIT) occupy one of the leading places. Disorders of the functional state of the gastrointestinal tract, which are accompanied by violations of its motor-evacuation functions, are considered. To identify gastrointestinal motility disorders, it is necessary to conduct studies that are invasive, or are accompanied by radiation exposure and are difficult to analyze. In this regard, simple non-invasive methods of functional diagnostics, such as peripheral electrogastroenterography (EGEG), are of particular importance. Electrogastroenterography has no contraindications and is well tolerated by all patients. This allows you to examine even extremely severe patients, both before surgery and from the first hours of the postoperative period. Given the simplicity and accessibility of the technique, it is possible to conduct multiple repeated studies to assess the dynamics of indicators in the course of treatment. The data obtained with electrogastroenterography do not contradict and often outstrip the results of X-ray and endoscopic examination, which indicates a higher sensitivity of the method for diagnosing motor disorders of the motor-evacuation functions of the gastrointestinal tract, Significantly improving the timeliness and quality of diagnosis to expert doctors allows the use of modern computer technology. Keywords: neural network, gastrointestinal tract, parasites, disease symptoms, diagnostics, electrogastroenterography.

TO ASSESS THE STRUCTURAL AND TECHNOLOGICAL CHANGES IN THE PARAMETERS OF THE PRECISION ROTARY SYSTEM ACCORDING TO THE SPECIFIED FUNCTIONS OF SENSITIVITY AND DEVIATION OF THE SPECTRUM OF OWN FREQUENCIES

The question of precision rotary systems with artificial elements of pretension, which significantly affect the rigidity and displacement of resonance frequencies and, as a result, lead to the appearance of very conditioned sensitivity matrices, has been investigated. The mathematical model of the system is identified. With spatial oscillations of the system, two of the most typical and important are defined: fluctuations in vibration force along the rotor axis and in a direction perpendicular to it. Designed diagnostic operator as a complete sensitivity matrix. The proposed algorithm for the diagnosis of parameters of multidimensional mechanical fluctuation systems using computer technology. In any prefabricated design, the parameters of the system during assembly may differ from the design values and change during operation. In order to predict the consequences of this, it is necessary to know the reaction of the system to these changes. At the same time, in many cases, it is almost impossible to assess experimentally the effect of parameters on the behavior of the system. Therefore, there is a need to study and analyze the effect of changes in parameters on the properties of the system analytically, that is, according to the known mathematical model of the system. Analytical study of the dynamics of such systems is a very difficult task, but determining the sensitivity functions for this type of compound experimentally is another much more complex technological task, so their characteristics should be obtained by different methods of identification. The main purpose of this work is to determine: the identified mathematical model of the system, to offer a methodology and algorithm for the diagnosis of parameters of multidimensional mechanical fluctuation systems using computer technology. Of course, the presented algorithm is most suitable for the diagnosis of parameters of multidimensional fluctuation systems, but of course, in this case, widespread use of modern computer technology is necessary. If in the system it is necessary to determine the degree of influence of various physical parameters on the vector of the state, then it is necessary to consider the matrix of relative sensitivity. Sensitivity matrices allow determining sensitive and invariant parameters to the state vector. This information answers the question of which parameters determine the vibrational characteristics of the object to the greatest extent. In addition, the determination of the sensitivity matrix can significantly simplify the dynamic model of the system, leaving only those parameters that most determine the vibrational state of the system. Keywords: construction, press-threaded connection, dynamic parameters, structural model, deformation, deviation, frequency and amplitude of oscillations, sensitivity of dynamic parameters, algorithm, sensitivity matrix, methodology.

DEVELOPMENT OF A GENERALIZED ALGORITHM FOR THE CREATION OF CONTAINERS FOR LIQUID USING COMPUTER-AIDED DESIGN OF PRODUCTS AND TECHNOLOGIES

Designing facilities for storing various liquids (water, oil, alcoholic products, etc.) requires the use of modern computer technologies. To improve efficiency, reduce design and production costs, it is necessary to create optimal algorithms based on information models of objects, designing containers of various shapes. The proposed approach allows reducing the time for the development of new object models based on existing prototypes, which take into account the used technological production process. The implementation of this idea is possible only with the use of modern CAD systems based on adaptive-parametric models of objects and embedded programming tools to create specialized design subsystems. CAD Autodesk Inventor has such capabilities. To work with this CAD, a generalized algorithm (information model) for designing containers for liquids was proposed. The paper considers in detail the stages of the algorithm execution on the example of a plastic bottle for liquid. The created model used a tabular task of capacity parameters through Excel. To create a parametric series of containers of different shapes, it is necessary to set mathematical dependencies between the dimensions of the object and the volume. The proposed information model can be adapted for containers of different configurations. Containers can be not only plastic, but also glass. Using the proposed design information model, an adaptive-parametric model of a bottle filled with liquid was developed in CAD Autodesk Inventor.

Impact of Technological System’s Characteristics on the Machining Accuracy of Bearing Rings

The article shows the influence of the technological system of an automated lathe, in particular cam chucks, on the accuracy of machining bearing rings for production conditions. The value of the deformation during machining, i.e., the non-circularity of the ring of a single row tapered roller bearing 32017X in outer diameter, was investigated. For the study, samples were selected that were processed under the same conditions directly in the production unit of PJSC “SKF Ukraine” without interference with the technological process. The use of replaceable floating cams in the chuck design was proposed to increase the accuracy and productivity of machining. Experimental studies have shown that the machined surface’s ovality depends on the chuck cams’ clamping force. The effectiveness of computer processing of statistical data on the accuracy control of engineering products was shown. Implementing machining accuracy control in production using the Minitab computer program was presented. It was proven that the quality of products is formed under the influence of the use of modern computer technologies at all stages of manufacturing and control of parts, which ensures research in a wide range of changes in technological parameters and comparison of individual studies with actual machining conditions on the machine, with the results of a sufficient level of reliability.

Images of "Hero" and "Enemy" in Posters of War

Research aims. To analyze artistic techniques (metaphors, hyperbole, associations, etc.), used to reveal opposite themes – heroes and enemies. To establish the connection between these tasks and the tasks formulated in the curricula of the discipline "Design Projecting". Research methods. Сomparative and art analysis. Scientific novelty. Introduction into scientific sphere some previously unexplored visual data, invented by creative individuals in a critical situation, namely – the samples of poster activities by students and teachers of Kyiv National University of Culture and Arts and Kyiv University of Culture during the period of active military operations. The research was made on the base of the corpus of works, made in the group Creative resistance of Kyiv National University of Culture and Arts and Kyiv University of Culture. Conclusions. Modern times have defined new heroes and antiheroes, as well as certain rules of their visual interpretation. Heroic images are presented through the sacralization, monumentality of the image, revealing the features of their national identity and relationship with the "pillars of the nation", national ideals. Emphasis is placed on rootedness in historical tradition, such as the troops of Kievan Rus or the Ukrainian Cossacks, the rebel movement, and so on. Interpretation of antiheroes ranges from demonization or dehumanization to caricature, equating to certain animals, shown as comic characters. Personification of enemy forces in the image of the President of the Russian Federation continues to extend hierarchically to the occupying army, court propagandists, and later to all of Russia as a state and the Russian population itself, as the majority supported the so-called "special operation." The stylistics of poster works, borrowing some elements from the pair "anti-hero vs hero" in the Soviet poster, finds and uses modern techniques and means of graphic solutions, involving an arsenal of the latest technical means that allow the use of modern computer technology.

THE CURRENT STAGE OF LEGAL REGULATION OF INTERNATIONAL COOPERATION IN THE INVESTIGATION OF TRANSNATIONAL ECONOMIC CRIMES

The article is devoted to the analysis of the current stage of legal regulation of international cooperation in the investigation of transnational economic crimes and the identification of shortcomings in international legal acts to determine the forms and directions of cooperation in the investigation of crimes of this category. On the example of international conventions in the field of international cooperation in criminal proceedings, bilateral agreements of Ukraine on international cooperation in the investigation of transnational economic crimes and multilateral regional conventions in the field of criminal procedure, it is shown that international cooperation of competent authorities of Ukraine and foreign countries. Transnational crimes are committed at three levels: universal, regional and bilateral. It is emphasized that bilateral agreements often contain significant gaps in legal regulation, especially in the area of certain types of mutual legal assistance in the investigation of transnational economic crimes, namely: they do not allow for the receipt and provision of comprehensive mutual legal assistance in criminal matters. economic crimes of a transnational nature; do not provide the prospect of expanding the range of forms of legal aid provided depending on the specific circumstances of the case and the state of criminal procedure legislation; do not contain norms on such areas of international cooperation in the investigation of transnational economic crimes as cooperation in the investigation of economic crimes committed with the use of modern computer technology, the use of video communications in proceedings, legal regulation of international search, arrest and confiscation assets obtained by criminal means, as well as proceeds from criminal activity (these areas are only mentioned in some bilateral agreements, without sufficient procedural details). Key words: legal regulation, international cooperation, economic crimes, transnational character, international conventions, bilateral agreements.

ON THE EXPEDIENCY AND DIRECTIONS OF IMPROVING THE METHODOLOGY OF TEACHING STUDENTS MATERIAL OF THE CONTENT LINE "FUNCTIONS AND THEIR GRAPHS"

Formulation of the problem. Improving the methodology of teaching students the material of the content line "Functions and their graphs" is currently a relevant problem, because knowledge of the properties of elementary functions contributes to the formation of students' adequate worldview based on acquired general and subject competencies. The functions have a lot of practical applications and are used during studying the material of the school course of physics, chemistry, biology, computer science, etc. Also, the material of the content line "Functions and their graphs" is very important for the successful compilation of external independent assessment of the quality of knowledge in mathematics. In addition, the need to improve the methodology of teaching students functions is confirmed by the results of the International Comparative Survey PISA 2018, statistical reports of the Ukrainian Center for Educational Quality Assessment on mathematics testing, and surveys of mathematics teachers. Materials and methods. To achieve our goal, we use the theoretical method of analysis of the methodological literature on the subject. We also use some empirical methods: our own survey using Google forms, monitoring the learning process in secondary schools, and analysis of student achievement. In this article, we also use a set of methods of scientific knowledge: comparative analysis to clarify different views on the problem; systematization, and generalization in order to draw conclusions and formulate recommendations for improving the methodology of teaching students the material of the content line "Functions and their graphs"; generalization of pedagogical experience and observations of the authors. Results. The hypothesis concerning the expediency of improvement of a technique of training of students of secondary schools of a material of the content line "Functions and their graphs" is formulated. In order to confirm this hypothesis and outline the directions of such improvement with using of modern information and communication technologies, a survey of teachers has been conducted. The poll has been conducted anonymously and online using Google forms. About 100 teachers with different teaching experience and qualifications took part in the survey, but most of them have been working at the school for more than 15 years. The survey showed that most respondents often or constantly use modern computer technologies in the educational process, and are convinced of the need to improve the methodology of teaching students the material of the content line "Functions and their graphs". One of the directions of such improvement, they believe the use of modern computer technologies in mathematics lessons, as well as the development of appropriate didactic materials and guidelines for their application. Conclusions. To improve the methodology of teaching students the material of the content line "Functions and their graphs" it seems natural to use modern computer technologies. Teachers are currently actively using modern electronic tools for teaching mathematics, but need methodological support for their application in the educational process. In particular, this applies to studying the content line "Functions and their graphs": there is a need to develop ready-made didactic materials and to create guidelines for using information technology to study the material of this content line, which will use modern computer tools in the educational process more effectively.

The use of modern computer technologies in the study of the Geometric Modeling course

The paper describes the educational discipline “Geometric modeling”, which is suitable for students of applied mathematics. The course covers spline representations and transfinite interpolation methods for modeling the shape of geometric objects, the methods for performing Boolean operations between objects and methods for visualizing the objects. Screenshots of some graphic windows of the developed visualization programs for supporting the implementation of individual assignments in the course are shown. The programs have web interfaces that use the WebGL graphics API in a browser, independent of an operating system, and are also available for smartphones and tablets. They provide graphical output for curves and surfaces in three-dimensional space, user interfaces for entering the initial data and interaction with geometric objects. Students only need to write their own calculation code for the programs in the JavaScript programming language. The interactive tools enable students to get practical skills in working with splines and visually analyze the impact of the input data on the final geometry. The individual assignments and programs are specially focused to stimulate students’ interests. The paper is addressed to teachers of the geometric modeling for mathematicians and computer scientists. It seems to be interesting to those who develop software interfaces for geometric modeling algorithms.

Analysis of Innovation Activity in the Industrial Market of Kazakhstan

The growth of innovative potential is becoming the main driver of the competitiveness of the national economy. It is obvious that economic growth can be achieved only through the development of industrial and innovative achievements, the introduction of new technologies, and the use of modern computer technologies in production.
 Unfortunately, in Kazakhstan, the development of innovations is not sufficiently developed now. We see a small number of innovative developments, a small number of patents. Science is not related to business. All this confirms the fact that it is necessary to develop innovative potential in Kazakhstan, stimulate the demand and supply of innovations.
 Obviously, innovation is a key driver for the development of any enterprise. Only a wide assortment and high quality cannot ensure competitiveness; it is necessary to introduce innovations and new technologies. At the same time, innovative activity should be permanent and not be a one-time event.
 It is necessary to analyze the innovation market by conducting regression analysis. Regression analysis is a method of modeling measured data and examining its properties.
 To analyze the influence of the main indicators of innovative activity, 7 variables were selected, the data were considered in the context of 14 regions and two cities: Nur-Sultan (Astana) and Almaty.

Информационно-интеллектуальные системы определения геометрических элементов лесовозных автомобильных дорог

This article discusses the issues of using ground-based stereophotogrammetric survey to determine the geometric elements of logging roads. Due to the lack of developments on the assessment of accuracy in determining the geometric elements of roads, the use of terrestrial stereophotogrammetry makes it possible to eliminate the shortcomings of geodetic measurement methods, since it makes it possible to obtain reliable information about the road as a result of the use of modern computer technologies. These issues are very relevant when performing work on the inspection of logging roads for the purpose of their reconstruction. For carrying out the reconstruction of a logging road, along with the definition of its elements, such as the width of the carriageway, the radius of horizontal and vertical curves, it is very important to determine the main points of the curves. This is due to the need to survey the existing road in terms of traffic safety on it. Determining the position of the beginning and end of the curve directly in the field is a rather complex and time-consuming task. The most rational way to determine the main points of the curve will be the one in which all measuring operations will be carried out in the office process and with sufficient accuracy for further design. To determine the main points of the curve, an analytical method is proposed using materials from ground-based stereophotogrammetric survey, which is based on obtaining the polar coordinates of these points of the curve. The use of ground-based stereophotogrammetric surveys makes it possible to obtain objective and high-quality information about a logging road, transfer labor-intensive measurement operations to the cameral process, and automate survey work. Ground-based photo-video recording materials allow directly in office conditions using a stereoscopic terrain model to measure the width of the subgrade of the road, the radii of vertical and horizontal curves, the angles of inclination and slopes of lines, and to determine the position of the main points of the curves. The use of modern computer technologies significantly increases the advantages of the ground-based stereophotogrammetry method.

Ways to improve chess training

With the development of modern technologies, chess sports are becoming more and more popular every day. Chess contributes to the development of concentration of attention, the ability to overcome difficulties, to plan their own actions, to think logically. They are also used to model artificial intelligence systems. As the game of chess manifests the qualities of the human person, they are used as a model for scientific research in psychology and pedagogy. The system of chess classes, identifying and developing personal abilities, forming a progressive orientation of the personality, contributes to the general development and education of the younger generation. Study of possibility of improvement of training process in chess sport on the basis of targeted study of professionally significant intellectual functions of chess players - one of worthy tasks of specialists in the field of medicine, regardless of specialization. They are also used to model artificial intelligence systems. The training of chess players and continuous improvement require the attention of athletes and coaches. Only with the right approach to the training process can an effective result be possible. The use of modern computer technology greatly expands the trainer’s ability to train athletes. With the use of chess computer programs, it becomes possible to carry out more detailed information-retrieval, training and play functions, develop skills and skills of chess skill athlete at all stages of the chess game. Also, their use will help to carry out the optimal search for sparring partners on game portals, to conduct distance training and get operational information. The article describes the classification of chess players by rating, ranks and ranks. Also considered the training of chess players in modern realities. Modern trainers and chess players in the constant search for new effective chess books and computer programs to improve the technique of training.

Construction of Intelligent Service System for Adolescent Students’ PE Based on Big Data Analysis

As an important gateway to talent training, a university should monitor the physique of college students in real time and effectively cultivate their physical quality. Under the background of big data, it is necessary to construct the intelligent service system of students’ physical health (PE) in time, realize unified management, provide strong support for improving decision-making at all levels, ensure the orderly development of physical examination, and find and solve related problems in time. In this paper, the adolescent students’ PE is taken as the research object, and driven by big data, the intelligent service system of Chinese adolescent students’ PE is studied. Students’ PE test system based on data mining makes use of modern computer technology, breaks through many limitations of traditional manual test, transfers the traditional test form to computer, and uses IT to complete test and data analysis efficiently and accurately with the advantage of computer. This not only improves college students’ health awareness, health status, and participation enthusiasm but also significantly improves the work efficiency of health management institutions.

Potentials and prospects for digital medical ecosystems

The article discusses the application of software and information technologies that form a comfortable environment for the work of a physician. Due to the great complexity and insuffi cient knowledge of diseases, a large amount of constantly updating knowledge, as well as often limited resources, it is extremely important to provide help in making decisions with the use of modern computer technologies. Decision Support Systems make it possible to improve the diagnostics and the approach to treatment, to reduce the frequency of errors and non-optimal decisions, and also to help in individualization of therapeutic programs. It is most eff ective to use DSS implemented in the form of programs for mobile devices that allow using tools anywhere and anytime.

Features of the criminalistic characteristics of economic transnational crimes committed with the use of modern computer technologies

The article discusses the concepts and structure of the forensic characteristics of economic transnational crimes committed using modern computer technologies. It is noted that with the help of forensic characteristics in the investigation of transnational crimes, it is possible to: develop effective methods of investigation; construction of programs, versions and investigation algorithm; determination of directions and forms of interaction between the competent authorities of the interested states during the investigation; drawing up a complete and clear request for international legal assistance, taking into account all the characteristics of crimes of a certain category. The structural elements of the forensic characteristics of economic, transnational crimes include: the subject and setting of the crime, the personality (persons) of the criminal.
 There are two groups of objects of criminal encroachment: the main (referred to the category of object-related economic crimes); subordinates (referred to as the subjects of crimes in the field of the use of computer technology). Therefore, the subjects of economic transnational crimes committed with the use of modern computer technologies include: computer information; documents for the transfer of funds; various means of access to bank accounts, etc. The material carriers of such items of this category of crimes are: payment order, bank check, plastic payment card of any kind, identification card.
 It is noted that the peculiarities of the situation of economic transnational crimes committed with the use of modern computer technology, it is appropriate to consider the scheme: material, technical, spatial, temporal and socio-psychological circumstances of the crime.
 It is stated that crimes of this category are usually committed by persons who have a high intellectual and professional level. There are three groups of people who commit economic transnational crimes using computer technology. However, in a more detailed consideration of the characteristics of persons who committed crimes of this category, it is proposed to study them according to the scheme: 1) general features of the offender who committed economic transnational crime, using computer technology and 2) crimes, taking into account the distribution of roles in an organized criminal group.
 Given that the forensic characterization of transnational economic crimes committed with the use of modern computer technology is somewhat complex, it requires in-depth theoretical research in various scientific categories - legal, economic, informational and international.

Разработка алгоритмического метода повышения безопасности посадки поврежденного тяжелого транспортного самолета

The use of modern computer technology in the development of new aircraft contributes to the improvement of their characteristics in terms of flight safety due to more advanced information processing algorithms that ensure the identification of dangerous (emergency) aircraft motion modes. The detected violations in the operation of the equipment make it possible to change the algorithm for generating control actions on board. In order to identify a failure, it is proposed to use a correlation algorithm, for the implementation of which an algorithm has been developed for generating databases according to the quantitative characteristics of the development of failures in the form of Z-transfer functions. The redesign of the control algorithm is carried out in the form of implementing the Euler—Lagrange optimality conditions, where the control function iteration method is used.

Our experience in the use of modern computer technology with the manufacture of navigation templates for surgical decompression of the orbit in patients with endocrine orbitopathy

AbstractPurposeOptimization of bone orbit decompression in patients with endocrine orbitopathy using Computer‐Aided Design (CAD) / Computer‐Aided Manufacturing (CAM) technologies with the manufacture of navigation templates.MethodsTo achieve this goal, the results of bone decompression of the orbit in 12 patients were analyzed. Each patient underwent a standard ophthalmological examination and assessment of binocular vision. Before and after surgery, patients underwent multislice computed tomography, the size of the exophthalmos was performed by the method of Ramli et al., 2015. With the help of CAD / CAM technologies, resection surgical templates were made for bone decompression of the orbit.ResultsThe study included 12 patients (24 orbits) – 7 (58.3%) women and 5 (41.7%) men. All patients underwent combined bilateral orbital decompression. The average value of exophthalmos before surgery was 24.6 ± 3.5 mm on the left and 23.6 ± 2.9 mm on the right, and after surgery 21.4 ± 2.8 mm and 21.1 ± 2.9 mm, respectively, indicating a significant improvement in eye position (p > 0.05).In 2 patients (16.6%) diplopia was observed, in one patient (8.3%) ‐ hypoesthesia of the second branch of the trigeminal nerve in the early postoperative period. Late postoperative complications (follow‐up 3 months) were not observed.ConclusionsSurgical decompression of the orbit using navigation templates can significantly reduce the degree of exophthalmos by an average of 3.2 mm, while reducing the area of bone resection, which reduces the risk of postoperative complications due to damage to the oculomotor muscles and the hyoid nerve. An individualized approach using CAD/CAM technologies is necessary to achieve optimal treatment results in patients with endocrine orbitopathy.