Technical Program

IF319: Microwave Imaging of the Breast

Session Type: Interactive
Time: Wednesday, July 10, 09:10 - 10:40
Location: Grand Ballroom
Session Chairs: Susan Hagness, University of Wisconsin-Madison and Carey Rappaport, Northeastern University
 
IF319.12: CLINICAL TEST OF MICROWAVE MAMMOGRAPHY
         Yoshihiko Kuwahara; Shizuoka University, Japan
         Saori Miura; Shizuoka University, Japan
         Yusuke Nishina; Shizuoka University, Japan
         Kaishi Mukumoto; Shizuoka University, Japan
         Hiroyuki Ogura; Hamamatsu University School of Medicine, Japan
         Harumi Sakahara; Hamamatsu University School of Medicine, Japan
 
IF319.13: MICROWAVE IMAGING OF BREAST TUMORS WITH CONTRAST AGENTS: THEORETICAL STUDY OF DIELECTRIC CONTRAST ENHANCEMENT REQUIREMENTS
         Fuqiang Gao; University of Wisconsin-Madison, United States
         Barry Van Veen; University of Wisconsin-Madison, United States
         Susan C. Hagness; University of Wisconsin-Madison, United States
 
IF319.14: THERMO-ACOUSTIC IMAGING FOR DIFFERENT BREAST TISSUES IN MICROWAVE INDUCED THERMO-ACOUSTIC TOMOGRAPHY SYSTEM
         Jian Song; University of Electronic Science and Technology of China, China
         Zhiqin Zhao; University of Electronic Science and Technology of China, China
         Jiangniu Wu; University of Electronic Science and Technology of China, China
         Xiaozhang Zhu; University of Electronic Science and Technology of China, United States
         Zaiping Nie; University of Electronic Science and Technology of China, China
         Qing Huo Liu; Duke University, United States
 
IF319.15: BEAMSPACE TIME REVERSAL PROCESSING FOR LOCALIZATION OF BREAST CANCER IN 3-D PHANTOMS
         Md Delwar Hossain; University of Technology Sydney, Australia
         Ananda Sanagavarapu Mohan; University of Technology Sydney, Australia
 
IF319.16: COMPOSITE MODELS FOR MICROWAVE DIELECTRIC CONSTANT CHARACTERIZATION OF BREAST TISSUES
         Jose Angel Martinez-Lorenzo; Northeastern University, United States
         Antonio Basukoski; Northeastern University, United States
         Fernando Quivira; Northeastern University, United States
         Carey M. Rappaport; Northeastern University, United States
         Richard Moore; Massachusetts General Hospital, United States
         Daniel Kopans; Harvard University, United States
 
IF319.17: FUSING DIGITAL-BREAST-TOMOSYNTHESIS AND NEARFIELD-RADAR-IMAGING INFORMATION FOR A BREAST CANCER DETECTION ALGORITHM
         Jose Angel Martinez-Lorenzo; Northeastern University, United States
         Richard Obermeier; Northeastern University, United States
         Fernando Quivira; Northeastern University, United States
         Carey M. Rappaport; Northeastern University, United States
         Richard Moore; Massachusetts General Hospital, United States
         Daniel Kopans; Harvard University, United States
 
IF319.18: COMPUTATIONAL STUDY OF THERMOACOUSTIC IMAGING FOR BREAST CANCER DETECTION USING A REALISTIC BREAST MODEL
         Xiong Wang; University of Arizona, United States
         Hao Xin; University of Arizona, United States
         Daniel Bauer; University of Arizona, United States
         Russell Witte; University of Arizona, United States
 
IF319.19: A TSVD ANALYSIS OF AN ENCLOSED ARRAY OF MULTI-BAND PATCH ANTENNAS FOR MICROWAVE BREAST IMAGING
         R. Owen Mays; University of Wisconsin-Madison, United States
         Susan C. Hagness; University of Wisconsin-Madison, United States
         Nader Behdad; University of Wisconsin-Madison, United States
 
IF319.20: EXPLORATION OF NOVEL CONTRAST AGENTS FOR FUNCTIONAL IMAGING USING MICROWAVE TOMOGRAPHY
         Cameron Kaye; University of Manitoba, Canada
         Joe LoVetri; University of Manitoba, Canada
         Amer Zakaria; University of Manitoba, Canada
         Anastasia Baran; University of Manitoba, Canada
 
IF319.21: A TIME- AND TEMPERATURE-STABLE COMPLEX BREAST PHANTOM FOR MICROWAVE BREAST IMAGING
         John Garrett; University of Calgary, Canada
         Elise Fear; University of Calgary, Canada