Microscopic Image Segmentation of Chinese Herbal Medicine Based on Region Growing Algorithm

Author:

Liu Qing1,Zhang Li Jun1,Liu Xi Ping2

Affiliation:

1. Tianshui Normal University

2. Gansu University of TCM

Abstract

In order to effectively separate the target region of the microscopic image of Chinese Herbal Medicine (CHM), and lay the foundation for the subsequent image recognition processing, a microscopic image segmentation method of CHM by using region growing (RG) algorithm is put forward based on the characteristics of the plant microscopic images. Firstly, the CHM microscopic images with different cell structure are regarded as a multi-dimensional matrix to process and established seed label matrix. Secondly, in a given region threshold conditions, the different seed growth points are selected to segmented the different images. Finally, given a fixed growth points, the microscopic images are processed by choosing a different threshold. The experimental results show that CHM image segmentation threshold and seed selection decide the image target extraction. For different CHM images, according to a certain method, the better image segmentation results can be achieved in the case to obtain a suitable threshold value using image information and the seed point adjustment.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference9 articles.

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2. W. Lu, X.Y. Qin, W. Chen, S.T. Chen.: Automatic Hotspots Recognition and Trends Prediction in Traditional Medicine,. Proc. IEEE Symp. IT in Medicine and Education (ITME) , IEEE, Press, pp.753-756, (2008).

3. Wanxiang Zhang, Qichan Pang, Jing Zhao, et al. Self-adaptive region growing algorithm to segment images of spectral imaging for TCM assessment, Journal of Applied Optics, Vol. 31. pp.78-82, (2010).

4. D. P Ming, J. H Luo, C. H Zhou. Researeh on high resolution remote sensing image segmentation methods based on features and evaiuation of algorithms, GEOInformation Science, Vol. 18. pp.103-109, (2006).

5. Qing Liu, Luping Xu, Yide Ma, et al. Automated image segmentation using the ULPCNN model with ultra-fuzzy entropy, Journal of XIDIAN University, Vol. 37. pp.817-824, (2010).

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