In this paper, an inverse scattering technique referred to as the filtered forward-backward time-stepping method is applied to microwave imaging for breast cancer detection. A two-dimensional numerical breast phantom (derived from MR images) with high contrast between fat and fibroglandular tissues, and low contrast between fibroglandular and tumor tissues are used to assess the efficacy of the proposed method.2010 URSI International Symposium on Electromagnetic Theory (EMTS 2010) : Berlin, Germany, 2010.08.16-2010.08.1
Detection of malignant breast tumors at their earliest stage, when they are less than 5mm in diamete...
Purpose Microwave imaging of breast cancer is considered and a new microwave imaging prototype inclu...
Microwave Imaging is an interesting tool and a growing research field in a number of applications. C...
In this paper, an inverse scattering technique referred to as the filtered forward-backward time-ste...
Abstract—In this paper, an inverse scattering technique referred to as the filtered forward-backward...
In this paper, an inverse scattering technique referred to as the filtered forward-backward time-st...
This paper presents recent advances in a 3-D inverse scattering technique, called forward-backward t...
This paper presents recent advances in a 3-D inverse scattering technique, called forward-backward ...
Microwave imaging for breast cancer detection has been of significant interest for the last two deca...
In this work, the efficacy of the forward-backward time-stepping (FBTS) time domain inverse scatteri...
We overview the research trend on microwave imaging for early breast cancer detection. The technolog...
Microwave imaging for breast cancer detection has been of significant interest for the last two deca...
This paper presents a microwave imaging for brain tumour detection utilizing ForwardBackward Time-St...
Breast imaging via microwave tomography involves estimating the distribution of dielectric propertie...
Microwave Imaging modalities used for breast cancer detection currently are not sufficient for socie...
Detection of malignant breast tumors at their earliest stage, when they are less than 5mm in diamete...
Purpose Microwave imaging of breast cancer is considered and a new microwave imaging prototype inclu...
Microwave Imaging is an interesting tool and a growing research field in a number of applications. C...
In this paper, an inverse scattering technique referred to as the filtered forward-backward time-ste...
Abstract—In this paper, an inverse scattering technique referred to as the filtered forward-backward...
In this paper, an inverse scattering technique referred to as the filtered forward-backward time-st...
This paper presents recent advances in a 3-D inverse scattering technique, called forward-backward t...
This paper presents recent advances in a 3-D inverse scattering technique, called forward-backward ...
Microwave imaging for breast cancer detection has been of significant interest for the last two deca...
In this work, the efficacy of the forward-backward time-stepping (FBTS) time domain inverse scatteri...
We overview the research trend on microwave imaging for early breast cancer detection. The technolog...
Microwave imaging for breast cancer detection has been of significant interest for the last two deca...
This paper presents a microwave imaging for brain tumour detection utilizing ForwardBackward Time-St...
Breast imaging via microwave tomography involves estimating the distribution of dielectric propertie...
Microwave Imaging modalities used for breast cancer detection currently are not sufficient for socie...
Detection of malignant breast tumors at their earliest stage, when they are less than 5mm in diamete...
Purpose Microwave imaging of breast cancer is considered and a new microwave imaging prototype inclu...
Microwave Imaging is an interesting tool and a growing research field in a number of applications. C...