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Development of image processing based methods using augmented reality in higher education

机译:在高等教育中使用增强现实技术开发基于图像处理的方法

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Today, computer-based training is developing rapidly. The visual education is also quite commonly used in higher education as well as in primary and secondary education. The tablets, smart boards and computers constitute the basis of visual education. Visual education has many advantages, such as learning faster, memorability and in terms of paper expenses. The visual animations and presentations have become a very important material in higher education in recent years along with the development of computer technologies. The image processing has been proposed to improve instructiveness in higher education courses in the fields of Medicine, Engineering and Science. In the field of medicine, the image processing methods can be used to show the diseased regions in an easier way in many images such as CT and MR images [5]. In the fields of engineering, image processing can be used to improve images in visual courses in the fields such as Geology, Civil Mining engineering. In addition, it can be easily preferred and applied in the departments such as Chemistry, Biology and Geography in the field of Science. The unclarity of images used in courses leads to ambiguity. In this study, image processing based approaches have been developed to ensure more effective learning of the courses in higher education. Image processing is a technology which is used in many places in daily life. The image processing methods have become widespread along with the acceleration of computer technologies. Today, image processing is used in many environments such as education, health, defense industry and industrial areas. Successful results are obtained application areas such as fault diagnosis and condition monitoring using image processing methods. Today, the augmented reality which is commonly used in the field of education can further increase its contribution to the field of education by associating with image processing methods.
机译:如今,基于计算机的培训正在迅速发展。视觉教育在高等教育以及中小学也很普遍。平板电脑,智能板和计算机构成了视觉教育的基础。视觉教育具有许多优势,例如学习速度更快,记忆力更强以及在纸张支出方面。近年来,随着计算机技术的发展,视觉动画和演示文稿已成为高等教育中非常重要的材料。已经提出图像处理以提高医学,工程学和科学领域的高等教育课程中的指导性。在医学领域,图像处理方法可用于在许多图像(例如CT和MR图像)中以更容易的方式显示患病区域[5]。在工程领域中,图像处理可用于改善诸如地质学,民用采矿工程等领域的视觉课程中的图像。此外,它很容易成为首选,并在科学领域的化学,生物学和地理学等部门中得到应用。课程中使用的图像不清楚会导致模棱两可。在这项研究中,已经开发了基于图像处理的方法,以确保更有效地学习高等教育课程。图像处理是日常生活中许多地方使用的技术。随着计算机技术的发展,图像处理方法已经变得广泛。如今,图像处理已在许多环境中使用,例如教育,卫生,国防工业和工业领域。使用图像处理方法在故障诊断和状态监视等应用领域获得了成功的结果。如今,在教育领域中常用的增强现实可以通过与图像处理方法相关联来进一步增加其对教育领域的贡献。

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