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City Verona / London / New York / / Company IEEE Press / Garland Publishing Inc. / / Country United States / Italy / / / Facility University of Arkansas / Electrical Engineering University of Arkansas / / IndustryTerm forward solution / microwave inversion algorithm / Reconstruction algorithms / pulsed microwave confocal systems / iterative inversion algorithm / adjoint solution / microwave imaging / parameter-based shape/location reconstruction algorithm / breast imaging / inversion algorithm / imaging / breast cancer imaging / reconstruction algorithm / surface-based inversion algorithm / / Movie D. V / / Organization National Science Foundation / University of Arkansas / Fayetteville / University of Arkansas / Industrial Mathematics Group Universidad / / Person Dennis Bray / Eric L. Miller / Miguel Moscoso / Oliver Dorn / Philip C. Myers / Magda El-Shenawee / James D. Watson / Alan H. Barrett / Quan Zhang / Ang Li / Bruce Alberts / Julian Lewis / David A Boas / Dana H Brooks / Tina Chaves / Gregory Boverman / Keith Roberts / Carlos III / / ProvinceOrState Arkansas / / PublishedMedium Molecular Biology / / Technology Breast algorithm / cancer detection / inversion algorithm / 3-D / fields/MoM algorithm / Reconstruction algorithms / frequency hopping / adjoint-field/MoM inversion algorithm / Tomography / iterative inversion algorithm / Spherical Harmonics Microwave Algorithm / dielectric / Microwave / Iterative microwave inversion algorithm / B. Reconstruction algorithm / thermography / reconstruction algorithm / surface-based inversion algorithm / parameter-based shape/location reconstruction algorithm / Medical Imaging / / SocialTag 
23rd Annual Review of Progress in Applied Computational Electromagnetics March 19-23, [removed]Verona, Italy ©2007 ACES Reconstruction of 3-D Irregular Shape of Breast Cancer Tumor Using the Adjoint-Field Scheme in the M