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MedicineMedicine and Medical Research

Correlative Feature Analysis for Multimodality Breast CAD

Authors: Yading Yuan; CHICAGO UNIV IL
Abstract:
The purpose of this research is to develop correlative feature analysis methods for integrating image information from multi-modality breast images, taking advantage of the information from different views and/or different modalities, and thus improving the sensitivity and specificity of breast cancer diagnosis. During the second year of the project, we have expanded the multimodality database, which includes full-field digital mammograms, breast ultrasound images and breast MR images. We have further evaluated the performance of the proposed dual-stage segmentation method for the task of assessing the likelihood of malignancy of a mass lesion. We have developed a computerized correlative feature analysis framework to identify the correspondence between lesions imaged in different images, and evaluated its performance on two different mammographic view pairs, i.e. Cranio-Caudal versus Medio-Lateral and Cranio-Caudal versus Medio-Lateral-Oblique. Furthermore, we conducted a pilot study on computerized diagnosis of breast lesions with mammography and DCE-MRI.

Limitations: APPROVED FOR PUBLIC RELEASE
Description: Annual summary rept. 1 Sep 2007-31 Aug 2008
Pages: 37
Report Date: Sep-2008
Contract Number: W81XWH-06-1-0726 W81XWH0610726
Report Number: A716805
Keywords relating to this report:
*BREAST CANCER
DATA BASES
DIAGNOSIS_MEDICINE_
FEATURE EXTRACTION
IMAGES
LESIONS
MAMMARY GLANDS
MAMMOGRAPHY
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