Journal Article

·2017

Statistical-Spatial Approach for Cell Classification in Histopathological Imagery

Mustafa Erseven YTU , Gökhan Bilgin YTU

Abstract

In this paper, the effects of spatial relationships in the classification of labeled cells in histopathological images have been evaluated. Firstly, the features of the square windowing cells in different sizes related to Haralick, Tamura and color spaces have been extracted and have been merged. After that, the training and test data sets have been created by using 10 fold cross-validation. Then, data sets have been classified by k-nearest neighbors, random forest and support vector machine algorithms. The accuracies of different window sizes on these classifiers have been observed. As a conclusion, a method for optimal window size has been recommended and comparative results have been presented in the graphics and in the tables.

Keywords

Support vector machine Artificial intelligence Computer science Window (computing) Pattern recognition (psychology) Graphics Random forest Spatial analysis Statistical analysis Contextual image classification Data mining Image (mathematics) Mathematics Statistics Computer graphics (images)

Subject Areas

AI in cancer detection ·Artificial Intelligence ·Physical Sciences
Image Retrieval and Classification Techniques ·Computer Vision and Pattern Recognition ·Physical Sciences
Digital Imaging for Blood Diseases ·Computer Vision and Pattern Recognition ·Physical Sciences

OpenAlex SDG Match

SDGs auto-classified by OpenAlex (score ≥ 0.4 shown).

Life in Land 62%