In this work, we investigate the classification of cer-vical cells by exploiting only the nucleus features and not taking into account the features extracted from the cytoplasm area. This procedure is motivated by the fact that the nuclei areas can be extracted automati-cally from Pap smear images, in contrast to the cyto-plasm segmentation which is not a solved problem yet. Furthermore, we consider the representation of these features in low dimensional spaces using non linear di-mensionality reduction techniques, which can properly handle complex nonlinear data, as they better describe their manifold structure. The classification was per-formed in a supervised manner, using support vector machines (SVM) with several kernel functions. The ...
Several strategies have been previously applied for classi-fying cervical cytology cells, all pursui...
Cervical cancer is the fourth most commonly occurring cancer in women. It can be prevented by regula...
The main goal of the work done by the Biomedical Engineering Research Group (GIIB), and the Structur...
Abstract. In this work, we present a framework for the efficient classification of cervical cells in...
This paper presents preliminary results for the classification of Pap smear cell nuclei, using Gray ...
The conventional cytology is one of the most used techniques, being widely accepted, inexpensive, an...
In this presents the analyses of the Pap smear cervical cell images for cervical screening and detec...
Abstract — In this work, we present an automated method for the detection and boundary determination...
Abstract—In this paper, we present a fully automated method for cell nuclei detection in Pap smear i...
This paper investigates cervical cancer diagnosis based on the morphological characteristics of cerv...
Accurate classification of Pap smear images becomes the challenging task in medical image processing...
Cervical cancer is a preventable disease and the dysplasia it causes can be scanned by using a pap s...
The Pap smear test is a manual screening procedure that is used to detect precancerous changes in ce...
The Pap smear test is a manual screening procedure that is used to detect precancerous changes in ce...
The Pap smear test is a manual screening procedure that is used to detect precancerous changes in ce...
Several strategies have been previously applied for classi-fying cervical cytology cells, all pursui...
Cervical cancer is the fourth most commonly occurring cancer in women. It can be prevented by regula...
The main goal of the work done by the Biomedical Engineering Research Group (GIIB), and the Structur...
Abstract. In this work, we present a framework for the efficient classification of cervical cells in...
This paper presents preliminary results for the classification of Pap smear cell nuclei, using Gray ...
The conventional cytology is one of the most used techniques, being widely accepted, inexpensive, an...
In this presents the analyses of the Pap smear cervical cell images for cervical screening and detec...
Abstract — In this work, we present an automated method for the detection and boundary determination...
Abstract—In this paper, we present a fully automated method for cell nuclei detection in Pap smear i...
This paper investigates cervical cancer diagnosis based on the morphological characteristics of cerv...
Accurate classification of Pap smear images becomes the challenging task in medical image processing...
Cervical cancer is a preventable disease and the dysplasia it causes can be scanned by using a pap s...
The Pap smear test is a manual screening procedure that is used to detect precancerous changes in ce...
The Pap smear test is a manual screening procedure that is used to detect precancerous changes in ce...
The Pap smear test is a manual screening procedure that is used to detect precancerous changes in ce...
Several strategies have been previously applied for classi-fying cervical cytology cells, all pursui...
Cervical cancer is the fourth most commonly occurring cancer in women. It can be prevented by regula...
The main goal of the work done by the Biomedical Engineering Research Group (GIIB), and the Structur...