Creating three dimensional internal organs for scanning using simulator
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Date
2019
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Abstract
This thesis is a simulation of scanning the human heart in real time. which will be useful in medical and educational practice in the diagnosis of various diseases of the cardiovascular system. Currently there is an extreme importance of the problem of cardiovascular diseases. According to statistics. they confidently occupy the first place among the causes of death and disability of the population. Diagnosis of cardiovascular diseases is a serious problem. In medicine. modeling of individual organs and the body as a whole is an important task. the successful solution of which will allow you to quickly, accurately and timely identify pathologies, as well as determine the optimal therapeutic effect and predict its consequences. In this thesis, the structure of the human heart was studied and a model of the human heart was created on the basis of Blender software as a basis for simulating the scanning process. From the existing various methods of segmentation of a three-dimensional object, the mesh slicing method was taken as the basis. For the implementation of this project. the Unitv3D game development platform was chosen. The end of this work is an original simulator application for scanning a person’s heart.
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Keywords
simulation, cardiovascular diseases, disability, medicine