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Plasmodium detection methods in thick blood smear images for diagnosing Malaria: A review

机译:浓血涂片图像中的疟原虫检测方法对疟疾的诊断:综述

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Malaria is one of the serious diseases in the world which often causes death. Based on the data from World Health Organisation (WHO) in 2015, Africa contributed 90% of death by malaria all over the world, followed by Southeast Asia and the Eastern Mediterranean. Early detection of plasmodium parasite is necessary to help the diagnose process of malaria. Nowadays, digital image processing is one of the methods used to help doctors in diagnosing a disease. In general, several stages in image processing consist of preprocessing, segmentation, feature extraction and classification. In this paper, a comparison of some image processing methods will be reviewed to determine the best method applied in this field. The confirmation is done by looking under microscope at 200 fields of view of the thick blood smear or counting of 200 to 500 of white blood cells to check the presence of the parasite. The confirmation from this research will affect the image classification result and affect the diagnosis. For the future work, look for the best method in distinguish the parasite and artifacts specially white blood cell in thick blood smear is really needed. So, can be used to count parasite density.
机译:疟疾是世界上经常导致死亡的严重疾病之一。根据世界卫生组织(WHO)2015年的数据,非洲疟疾造成的死亡占全世界的90%,其次是东南亚和东地中海。疟原虫的早期发现对于帮助疟疾的诊断过程是必要的。如今,数字图像处理已成为帮助医生诊断疾病的方法之一。通常,图像处理的几个阶段包括预处理,分割,特征提取和分类。在本文中,将对一些图像处理方法进行比较,以确定在该领域中应用的最佳方法。通过在显微镜下观察浓血涂片的200个视野或计数200到500个白细胞以检查寄生虫的存在来进行确认。这项研究的确认将影响图像分类结果并影响诊断。对于将来的工作,寻找区分寄生虫和伪影的最佳方法,尤其需要浓血涂片中的白细胞。因此,可用于计算寄生虫密度。

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