Add to ORKGAbstract: This paper presents an algorithm for microwave imaging of breast cancer tumor using a shape reconstruction approach. The algorithm is based on integrating the adjoint-field scheme with the method of moments (MoM). The numerical results show good reconstructions of tumors of non-spherical shapes. We show that employing multiple frequencies, multiple sources and receivers, and multiple polarizations improves the convergence of the algorithm
AbstractIn this paper we propose and analyse a novel shape-reconstruction technique for the early de...
Breast imaging via microwave tomography involves estimating the distribution of dielectric propertie...
As most of the microwave imaging techniques for breast cancer detection rely on the three-dimensiona...
Abstract—A reconstruction algorithm to simultaneously esti-mate the shape and location of three-dime...
A reconstruction algorithm to simultaneously estimate the shape and location of three-dimensional br...
In this paper we analyze the potential of a shape-based model for the early detection of breast tumo...
Abstract—In this paper we propose and analyze a novel shape-reconstruction technique for the early d...
Abstract: In this paper we analyze the potential of a shape-based model for the early detection of b...
Abstract—We propose a new shape-based inversion algorithm to identify an anomaly embedded in an inho...
In this paper an image reconstruction system and an algorithm for image reconstruction is developed ...
In this paper the use of different polarization data in microwave image reconstruction is investigat...
A coordinate transformation based finite element method is presented for detecting contours of breas...
We introduce a novel microwave imaging technique for breast cancer detection. Our approach provides ...
Abstract—An iterative reconstruction algorithm for three-dimensional (3-D) microwave tomography by u...
An enhanced optimization technique based on evolution strategies is investigated and applied to the ...
AbstractIn this paper we propose and analyse a novel shape-reconstruction technique for the early de...
Breast imaging via microwave tomography involves estimating the distribution of dielectric propertie...
As most of the microwave imaging techniques for breast cancer detection rely on the three-dimensiona...
Abstract—A reconstruction algorithm to simultaneously esti-mate the shape and location of three-dime...
A reconstruction algorithm to simultaneously estimate the shape and location of three-dimensional br...
In this paper we analyze the potential of a shape-based model for the early detection of breast tumo...
Abstract—In this paper we propose and analyze a novel shape-reconstruction technique for the early d...
Abstract: In this paper we analyze the potential of a shape-based model for the early detection of b...
Abstract—We propose a new shape-based inversion algorithm to identify an anomaly embedded in an inho...
In this paper an image reconstruction system and an algorithm for image reconstruction is developed ...
In this paper the use of different polarization data in microwave image reconstruction is investigat...
A coordinate transformation based finite element method is presented for detecting contours of breas...
We introduce a novel microwave imaging technique for breast cancer detection. Our approach provides ...
Abstract—An iterative reconstruction algorithm for three-dimensional (3-D) microwave tomography by u...
An enhanced optimization technique based on evolution strategies is investigated and applied to the ...
AbstractIn this paper we propose and analyse a novel shape-reconstruction technique for the early de...
Breast imaging via microwave tomography involves estimating the distribution of dielectric propertie...
As most of the microwave imaging techniques for breast cancer detection rely on the three-dimensiona...