微型机与应用
微型機與應用
미형궤여응용
Microcomputer & its Applications
2015年
17期
39-42
,共4页
显微细胞%有形成分%分割%熵值
顯微細胞%有形成分%分割%熵值
현미세포%유형성분%분할%적치
micro-cell%particles%segmentation%entropy
本文研究了一种显微细胞图像有形成分分割方法。首先，利用传统的边缘检测及阈值分割法对显微细胞图像有形成分进行分割比较，然后基于显微细胞图像特点提出了一种改进的二维最大熵阈值结合形态学分割方法。最后通过分割实验进行验证，结果表明利用本文方法能较好地实现显微细胞图像有形成分分割。所以本文提出的分割方法在医学上具有一定的实用价值。
本文研究瞭一種顯微細胞圖像有形成分分割方法。首先，利用傳統的邊緣檢測及閾值分割法對顯微細胞圖像有形成分進行分割比較，然後基于顯微細胞圖像特點提齣瞭一種改進的二維最大熵閾值結閤形態學分割方法。最後通過分割實驗進行驗證，結果錶明利用本文方法能較好地實現顯微細胞圖像有形成分分割。所以本文提齣的分割方法在醫學上具有一定的實用價值。
본문연구료일충현미세포도상유형성분분할방법。수선，이용전통적변연검측급역치분할법대현미세포도상유형성분진행분할비교，연후기우현미세포도상특점제출료일충개진적이유최대적역치결합형태학분할방법。최후통과분할실험진행험증，결과표명이용본문방법능교호지실현현미세포도상유형성분분할。소이본문제출적분할방법재의학상구유일정적실용개치。
A method of particles segmentation in micro-cell image is studied in this paper. Firstly , the tradition segmentation methods based on edge detection and thresholding are applied, and the results are compared. Then, according to the characteristics of micro-cell images, a new segmentation method based on the improved 2-D maximum entropy threshold and morphology is proposed. Finally, the segmentation results show the method in this paper can segment the particles from the background effectively. Thus, the segmentation method proposed in this paper has a certain practical value in medicine.
