Ultrasound images are very useful diagnostic tool to distinguish benignant from malignant masses of the breast. However, there is a considerable overlap between benignancy and malignancy in ultrasonic images which makes it difficult to interpret. In this paper, a new noise removal algorithm was used to improve the images and classification process. The masses are classified by wavelet transform's coefficients, morphological and textural features as a novel feature set for this goal. The Bayesian estimation theory is used to classify the tissues in three classes according to their features
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
To improve the ability of ultrasound to distinguish benign from malignant breast lesions, we used qu...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound images are very useful diagnostic tool to distinguish benignant from malignant masses of ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
PURPOSE: This work proposes a new reliable Computer Aided Diagnostic (CAD) system for the diagnosis ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Diagnoses using images made with non-ionizing ultrasound are based on qualitive criteria and are not...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
To improve the ability of ultrasound to distinguish benign from malignant breast lesions, we used qu...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound images are very useful diagnostic tool to distinguish benignant from malignant masses of ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
PURPOSE: This work proposes a new reliable Computer Aided Diagnostic (CAD) system for the diagnosis ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Diagnoses using images made with non-ionizing ultrasound are based on qualitive criteria and are not...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...
To improve the ability of ultrasound to distinguish benign from malignant breast lesions, we used qu...
Ultrasound is an important and low cost imaging modality used to study the internal organs of human ...