This paper describes the sequence of construction of a cell nuclei classification model by the
analysis, the characterization and the classification of shape and texture. We describe first …

This paper presents new structural statistical matrices which are gray level size zone matrix
(SZM) texture descriptor variants. The SZM is based on the cooccurrences of size/intensity of …

Methods from the theory of surfaces in differential geometry are applied to the gray tone
intensity and absorbance surfaces defined by a digital image. In particular, the first …

Feature extraction is a crucial step in most cytometry studies. In this paper a systematic
approach to feature extraction is presented. The feature sets that have been developed and …

Texture analysis is a major task in many areas of computer vision and pattern recognition,
including biological imaging. Indeed, visual textures can be exploited to distinguish specific …

The different types of white blood cells equips us an important data for diagnosing and
identifying of many diseases. The automation of this task can save time and avoid errors in …

Image processing methods (segmentation) are presented in connection with a modeling of
image structure. An image is represented as a set of primitives, characterized by their type …

Motivation: Assessment of protein subcellular location is crucial to proteomics efforts since
localization information provides a context for a protein's sequence, structure, and function …

CellClassifier is a tool for classifying single-cell phenotypes in microscope images. It
includes several unique and user-friendly features for classification using multiclass support …

In this paper several new techniques for automated chromosome analysis are described:
one for piecewise-linear chromosome stretching and projection, two for accurately localizing …