基于图像处理的OPG图像蛀牙智能检测系统

Sanaz Roohparvar, Ahmad Reza Mohammadi Samani
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引用次数: 0

摘要

简介:龋齿和牙损是世界上最常见的牙齿疾病之一,影响着世界上很高比例的人口。研究表明,超过90%的成年人都有过蛀牙的经历,因此早期发现牙齿损伤是保持牙齿健康的一个重要方面。材料与方法:为了诊断龋齿,首先讨论了龋齿与健康牙齿的区别。首先调用OPG图像并去除图像的不适当的边距。然后将灰度图像转换为二值图像,去噪后进行阈值分割。然后我们在黑色图像中找到白点的位置,并将处理后的图像显示在用户界面上。结果:计算机图像处理系统已经发展到能够以更快的速度和准确性处理和分析图像。结果表明,该系统具有较好的诊断效果,是一种可靠的、最优的临床决策支持系统,可以帮助牙医在龋病的初始阶段进行准确、早期的龋病诊断。结论:在这篇文章中,利用近年来形成的技术进步,我们能够提供一个解决方案,以促进医学科学。随着图像处理科学的发展,在疾病的诊断和记录过程中可能引起问题的眼睛误差大大减少。
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Intelligent System for Detecting Tooth Decay in OPG Images by Image Processing
Introduction: Dental caries and lesions are one of the most common dental diseases worldwide, affecting a high percentage of the world's population. Research has shown that more than 90% of adults have experienced tooth decay, so early detection of dental lesions in the early stages is a major aspect of maintaining dental health.Materials and Methods: In order to diagnose decayed teeth, first, the difference between decayed teeth and healthy teeth was discussed. By first calling the OPG images and removing the inappropriate margins of the image. Then the gray-scale image was converted to binary and after removing the noise, thresholding was performed. Then we found the location of the white spots in the black image and displayed the processed image on the user interface.Results: Computer image processing systems have been developed to be able to process and analyze images with better speed and accuracy. The proposed system has a good performance in diagnosing dental caries and the results show that the proposed system is reliable and optimal and as a clinical decision support system can help dentists in accurate and early diagnosis of dental caries at the initial level of caries.Conclusion: In this article, using the advancement of technology that has been formed in recent years, we were able to provide a solution to facilitate medical science. With the science of image processing, eye errors that may cause problems during the diagnosis and recording of the disease in the process of recovery are significantly reduced.
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