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Subject: augmented reality ×

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    ItemOpen Access
    GAMIFICATION OF MEDICAL PROCESSES
    (СДУ хабаршысы - 2020, 2020) Adilkhan Sh. ; Alimanova M.
    Abstract. Nowadays, almost all areas of activity are switching to digital format. Medicine is no exception. Treatment is often not the most pleasant process, but it is certainly necessary. In medicine, the use of VR technologies is very popular. They help patients get distracted and immerse themselves in a world where they restore their health during the game. Treatment in the form of games is often more effective than traditional treatment. In this article, we have studied the methods of gamification of rehabilitation after certain diseases. Also, we developed a game prototype for the rehabilitation of hands using Leap Motion technology. Modern games are becoming more and more perfect in terms of game mechanics and content, which makes it possible to use them not only in the gaming industry, but also in the field of medicine.
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    ItemOpen Access
    CREATING THREE DIMENSIONAL INTERNAL ORGANS FOR SCANNING USING SIMULATOR
    (СДУ хабаршысы - 2018, 2018) Alimanova M.U. ; Tursynbekova A.B.
    Abstract. The widespread use of information technology in various fields of science and education in many ways began to determine the progress and direction of development in these areas. A special place is occupied by medicine. This article discusses the solutions and further usage of the opportunities of three-dimensional modeling technology in medicine and in the study of the anatomical features of human internal organs. The field of computer visualization considered in the work, on the example of a designed human heart during medical practice, was focused on the final result on improving the quality of training of doctors at the present stage. The main task of the scientific work is the introduction of modern diagnostics and treatment of heart diseases based on a three-dimensional projection of the cardiovascular organ. Using this project increases the prospects for effective educational process in clinical departments, as well as during cardio-testing. In the process of creating a three-dimensional model, studies were conducted in search of a suitable method for the projection of internal organs with the most approximate accuracy. As a result of the study, a visual model of the human heart was developed that meets the requirements of a diagnostic scanner.