Image segmentation, as a key step of microarray image processing, is crucial for obtaining
the spot expressions simultaneously. However, state-of-art clustering-based segmentation …

Image segmentation is an important problem that has received significant attention in the
literature. Over the last few decades, a lot of algorithms were developed to solve image …

Microarray technology has increased exponentially in the past few years. Such technology
encompasses various applications related to drug design, tumor detection, clinical diagnosis …

Microarray technology plays an important role in drawing useful biological conclusions by
analyzing thousands of gene expressions simultaneously. Especially, image analysis is a …

Microarray technology is a powerful tool for human genetic research and other biomedical
applications. Numerous improvements to the standard K-means algorithm have been …

Separation of front ground from the background of the spot is the secondary step in
microarray investigation. Microarray spots are useful in determining the differential gene …

Microarray technology, which can monitor the expression levels of thousands of genes
simultaneously, has been widely used in biological experiment. Image processing, as one …

Different clustering based strategies have been proposed to increase the performance of
image segmentation. However, due to complexity of chip preparing process, the real …

Image processing is one of the current research topics widely used in different engineering
fields. Therefore, it is taught as a lesson under different names in various engineering …

The analysis of microarray image helps in identifying new genes that enables us to
understand their functions and gene expression levels simultaneously at different …