An image-based Entamoeba automatic detecting system

Der-Chen Huang, Y. Chan, Tsung-Ho Wu
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Abstract

The amoeba is a parasite which can compromise the human's health. Many people died of amoeba every year. Traditionally, pathologists use microscopy to execute the diagnosis in experiment. The pathologists adopt the number of amoebas in the amoebas to diagnose the severity of infection by the amoeba for a patient. However, the diagnosing quality and performance are heavily impacted by human's behaviors such as eyesight, strength and professional knowledge etc. Thus, in this paper, an image-based amoeba automatic detecting system is proposed to segment the amoebas cell from an amoeba image. The experimental results tell that the proposed method can precisely count the number of cells and detects their locations for most amoeba sample images.
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一种基于图像的内阿米巴原虫自动检测系统
变形虫是一种会危害人体健康的寄生虫。每年都有很多人死于变形虫。传统上,病理学家在实验中使用显微镜进行诊断。病理学家采用变形虫体内的变形虫数量来诊断患者被变形虫感染的严重程度。然而,诊断的质量和效果受人的视力、力量和专业知识等行为的影响较大。因此,本文提出了一种基于图像的变形虫自动检测系统,从变形虫图像中分离出变形虫细胞。实验结果表明,该方法对大多数变形虫样本图像都能精确地计数细胞数量和检测细胞位置。
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