Digital Mammography: IWDM 2000, 5th International Workshop
Author: Martin YaffeISBN: 9781930524002
Published: 2001 | 856 pp. |
OUT OF PRINT
Table of Contents
Introduction
Better Detection: Improving Our Chances, Marilyn A. Schneider, Ph.D., Executive Director, Canadian Breast Cancer Research Initiative
Image Acquisition
Microcalcification: Is Digital Luminescence Mammography Equal to Film Screen Systems?, U. Aichinger, S. Kramer, U. Wilhelmi, R. Schulz-Wendtland, and W. Bautz
Effects of Stereoscopic Imaging Technique on Depth Discrimination, Heang-Ping Chan, Mitchell M. Goodsitt, Katie L. Darner, Jeffrey M. Sullivan, Ludomir M. Hadjiiski, Nicholas Petrick, and Berkman Sahiner
Measurement of Light Propagation Characteristics in a Gradient Gd2O2S Screen, Virgil N. Cooper, John M. Boone, J. Anthony Seibert, and Werner Roeck
Quantitative Analysis and Qualitative Performance of a Flat Panel Detector for Digital Mammography, Anne Debrie, Mario Caron, Serge Savard, Marc Hansroul, Kerwin Wong, Vincent Loustauneau, Ziad Shukri and Jean-Pierre Martin
Method to Determine the Minimum Distance Between Focus and Image Plane on Digital Tomosynthesis to Visualize Ductal and Periductal Microcalcifications, David Fernandez, Antonio Albiol, and Jose M. Mossi
Comparison of Different Detector Materials for Digital Mammography, Nancy L. Ford, James G. Mainprize, Martin J. Yaffe, Shi Yin, Tumay Tumer, Eli E. Gordon, and William J. Hamilton
Evaluation of the Effect of Virtual Cursor Shape on Depth Measurements in Digital Stereomammograms, Mitchell M. Goodsitt, Heang-Ping Chan, Jeffrey M. Sullivan, Latie L. Darner, and Lubomir M. Hadjiiski
Decreased Breast Compression Using Digital Mammography at Screen/Film Mean Glandular Dose, C. Kimme-Smith, T.-Y. Yee, and L. W. Bassett
Merits of Using a 3-D Visualization Technique to Target Microcalcifications, B. Leduc, R. Shumak, G.E. Mawdsley, M..J.. Yaffe, and R.A. Jong
Improvements in Digital Mammography with Synchrotron Radiation, R. Longo, A. Olivo, F. Arfelli, G. Cantatore, S. Pani, P. Popopat, M. Prest, L. Rigon, E. Vallazza, E. Castelli, L. Dalla Palma, R. Menk, and G. Tromba
Automated Reconstruction of 3D Calcifications, Andrew D.A. Maidment and Michael Albert
Characterizing the Performance of Solid State Detectors for Digital Mammography, James G. Mainprize, Nancy L. Ford, and Martin J. Yaffe
Characterization of an X-ray Imaging Setup for Digital Mammography Based on a Silicon Microstrip Detector, Tadej Mali, Vladimir Cinddro, Marko Mikuz, Dejan Krizaj, Danilo Vrtacnik, and Urban Zdesar
Analysis of the Influence of Pixel Size on Diagnostic Accuracy in Digital Mammography, Serge Muller, Andreas Rick, Kathy Priday, and Laurent Levy
Evaluation of Observer Performance of Spot Mammograms Obtained from a Hybrid Breast Phantom Using Tuned-Aperture Computed Tomography and Standardized Controls, Richard L. Webber, Hunter R. Underhill, and Rita I. Freimanis
Beam Optimization for Digital Mammography, Mark B. Williams, Mitali J. More, Vaidehi Venkatakrishnan, Loren Niklason, Martin J. Yaffe, Gordon Mawdsley, Aili Bloomquist, Andrew Maidment, Dev Chakraborty, Carolyn Kimme-Smith, and Laurie L. Fajardo
Relationships Between Detector Design Parameters and Imaging Performance of Amorphous Selenium Based Flat-Panel Detectors for Digital Mammography, Wei Zhao, W.G. Ji, J.A. Rowlands, and Anne Debrie
Computer-Aided Detection
Quality Control of Mammographic Images: Automated Detection of Microcalcifications in Phantom Images, Mouloud Adel, Anne-Catherine Carrilero, Monique Rasigni, Georges Rasigni, Brigitte Seradour, and Patrice Heid
Radiologists' Description and Interpretation of Mammographic Microcalcifications: A Knowledge Elicitation Study for Computerized Decision Support, Eugenio Alberdi, Richard Lee, and Paul Taylor
Extracting Background Texture in Mammographic Images: A Co-occurrence Matrices Based Approach, Lillian Blot and Reyer Zwiggelaar
Detection of Microcalcifications Associated with Cancer, Murk J. Bottema and John P. Slavotinek
High Resolution Granulometric Analysis for Early Detection of Small Microcalcification Clusters in X-ray Mammograms, Michel Bruynooghe
Automatic Detection of Clustered Microcalcifications Using a Combined Method with a Support Vector Machine (SVM) Classifier, Renato Campanini, Armando Bazzani, Dante Bollini, Alessandro Riccardi, Alessandro Bevilacqua, Nico Lanconelli, and Davide Romani
Using a Bayesian Neural Network to Optimally Eliminate False-Positive Microcalcification Detections in a CAD Scheme
Analysis of Computer Extracted Features Related to Size of Micro-Calcifications: Correlation with Pathologic Diagnosis
Automated Detection and Classification of Masses on Breast Ultrasonograms and its 3D Imaging Technique
Comupterized Classification of Lesions on Digital Mammography
Accurate Detection of Microcalcifications on Mammograms by Improvement of Morphological Processing
Automated Classification Method of Mammographic Microcalcifications by Using Artificial Neural Network and ACR BI-RADS Criteria of Microcalcification Distribution
An Automatic Detection Algorithm for Masses with a Partial Loss of Region on Mammograms
The Digital Database for Screening Mammography
Mass Detection by Relative Image Intensity
Computer-Aided Diagnosis: An Improved Metric Space for Pixel Signatures
Computer-Aided Diagnosis of Breast Lesions on Ultrasound
Computer-Aided Diagnosis of Malignant and Benign Microcalcifications in Small-Field Digital Mammograms
Computer-Aided Detection and Interpretation in Mammography
Automated Detection and Classification of Clustered Microcalcifications Using Morphological Filtering and Statistical Techniques
Classification of Masses in Screening Mammograms as Benign or Malignant
Hybrid Decision-Making Method for FP Reduction in CAD Mass Detection
Classifying Lobular and DCIS Microcalcifications
Calssification of Microcalcifications in Digital Mammograms Using Case-Based Reasoning
Comparing Image Correspondence in Mammograms
The CALMA Mammographs Database: Image Collection and CAD Tools for Spiculated Lesions Detection and Texture Classification
Detection of Masses in Mammograms Using Flow-Field Principles
The Effects of Scale and Segmentation Error in the Analysis of Breast Calcifications
Fully Automatic Explicit Differential Diagnosis of Breast Calcifications
Preclinical Evaluation of a CAD Algorithm for Early Detection of Breast Cancer
"Noise Equalization" for Microcalcification Detection?
Assessing Cluster Significance
Adaptive CAD Modules for Telemammography
Computer-Aided Diagnosis Based on Analysis of Microcalcifications
Active Contour Models for Segmentation and Characterization of Mammographic Masses
Improved Detection Method of Tumor Candidates on Digital Mammograms
Methodology of Interactive Segmentation and Feature Analysis of Masses in Digitized Mammograms
Detection of Microcalcifications with the Use of Levy Flights Model
Elimination of Calcified False Positives in Detection of Microcalcifications in Mammograms Using Hough Transform
Fully Automated Classification of Microcalcification Cases Referred from a Nation-Wide Screening Program
Computer Description of Mammographic Masses
Evaluation of the Architecture Similarity Between Left and Right Breast
Plug & Play CAD: A Proof of Concept
Baseline Comparison of Calcification Detection Algorithms
Application of Computer-Aided Diagnosis to Full-Field Digital Mammography
Separating Anatomical Structures and Background Texture in Mammographic Images
Detecting Linear Structures in Mammographic Images
A Comparative Study of Four Techniques for Calcification Detection
Performance Analysis of a Multi-Line Digital Mammography Detector
Unsupervised Detection of Microcalcifications Using Gabor Filter Based Features
Better Detection: Improving Our Chances
Clinical Aspects
The Ontario Breast Screening Program: Results from an Organized Screening Program, 1990-1998
Detection of Ductal Carcinoma In Situ (DCIS) and Early Invasive Carcinoma: Comparison of Conventional Mammography and Full-Field Digital Mammography
Human Factors Considerations for CAD Implementation in Breast Screening
Interim Clinical Evaluation of FFDM in a Screening Cohort: Comparison with Screen-Film Mammography in 4,965 Women
Non-Inferiority Study of FFDM in an Enriched Diagnostic Cohort: Comparison with Screen-Film Mammography in 625 Women
Characterization of Normal Mammograms
Prospective Computer Analysis of Cancers Missed on Screening Mammography
Full-Field Digital Mammography in Comparison to Screen-Film Mammography: A Phantom Study
Accuracy of Digital Mammography vs. Screen-Film Mammography in a Diagnostic Mammography Population
Preliminary Clinical Evaluation of a Digital Diagnostic Imaging System Using a-Se on CMOS
Clinical Evaluation of Pixel Size Requirements for Digital Spot Mammography
Digital Mammography: Utility, Future Clinical Roles, Limitations
Population-Based Full Field Direct Digital Mammography (FFDDM) Screening: The Oslo Project
Interpretation Skills of Radiologists in a Nationwide Screening Programme
Image Processing
Enhancement Technique Evaluation Using Quantitative Measures on Digital Mammograms
Automatic Breast Border Segmentation by Background Modeling and Subtraction
Soft-Copy Reading Environment for Screening Mammography - SCREEN
Segmentation of Mammograms: Identification of the Skin Boundary and the Pectoral Muscle
Multi-Scale Landmark Selection for Improved Registration of Temporal Mammograms
Automatic Removal of High Intensity Labels and Noise from Mammograms
Evaluation of a New Neural Network Based Lossy Image Compression Method on Digitized Mammograms
Local Contrast Enhancement for the Detection of Microcalcifications
Wavelet Transform Improves Contrast Enhancement of Digital Mammographic Images
Robust Segmentation of Microcalcifications and Curvilinear Structures
Preference Studies of Workstation Monitor Performance
Contrast Enhancement of Mammography Image Using Homomorphic Filter in Wavelet Domain
Quality Control
Contrast-Detail Resolution of Full-Field Digital Mammography in Comparison to Conventional Film-Screen Mammography
Modification of the CDMAM Contrast-Detail Phantom for Image Quality Evaluation of Full Field Digital Mammography Systems
Automated Quality Assurance in Mammographic Imaging
Telemammography for Breast Screening
Digital Mammography Quality Assurance Automation
Comparison of the Detectability of Small Details in a Film-Screen and a Digital Mammography System by the Imaging of a New CDMAM-Phantom
Quality Control Phantom for Full Field Digital Mammographic Systems
Objective Image Quality and Contrast Detail Evaluation of Small Field Digital Mammography Devices
Quantitative Image Analysis
Image Retrieval Based In Texture Content Aiding Breast Cancer Diagnosis
Evaluation of a Mammography Simulation
The Use of Magnetic Resonance Imaging to Model Breast Compression in X-ray Mammography for MR/X-ray Data Fusion
The Generation of Simulated Mammograms from Contrast Enhanced MRI for Surgical Planning and Postoperative Assessment
Estimating Breast Density Using a Volumetric Technique and Full-Field Digital Mammograms: Preliminary Results
Generating Realistic Spiculated Lesions in Digital Mammograms
Transofrmation of Mammograms Based on Anatomical Features
Simulating Disease in Mammography
Analysis of the Relative Contributions of Age and Mammographic Features to Breast Cancer Risk Prediction
An Automated Classification Method for Mammograms Based on Evaluation of Fibroglandular Breast Tissue Density
3D Reconstruction of Clustered Microcalcifications:Software Components
Prediction of Object Location in Different Mammographic Views Using Geometrical Models
Image-Matching of Mammogram Pairs
Large Breast Tissue Deformation Finite Element Modeling for MR/X-ray Mammography Data Fusion
Validation of a Method for Segmentation of Dense Tissue in Mammograms by Correlation with MRI Data
Development and Assessment of Protocols for Efficient Utilization of Large-Scale Digital Mammography Databases
Simulated Mammography of a Three-Dimensional Brest Model
The Comparative Analysis of Mammograms: A Nonrigid Approach to Registration
Three-Dimensional Reconstruction of Microcalcification Clusters from Two Mammographic Views