International audienceIn this article, we describe recent advances regarding a novel microwave imaging system intended to be used for in-depth inspection of breast tissues. The system is made of a circular five-element antenna array surrounding the breast that can be moved axially to perform a scan of the entire breast. The performance of the system is studied, both numerically and experimentally with a realistic anthropomorphic breast phantom, as a proof of concept of its fast and accurate screening ability to detect tumor-like inclusions
Abstract In this paper, the microwave imaging system currently being developed and realized at the S...
This paper discusses the development of an artificial heterogeneous breast phantom that emulates the...
Nowadays, novel microwave imaging applications in breast cancer screening are being investigated as ...
International audienceIn this article, we describe recent advances regarding a novel microwave imagi...
International audienceIn this article, we describe recent advances regarding a novel microwave imagi...
International audienceIn this article, we describe recent advances regarding a novel microwave imagi...
Abstract—In this work, we present advanced testing scenarios of our microwave time-domain breast can...
Breast cancer is the most common form of cancer found in women. Early detection and timely medical t...
Microwave breast imaging has been reported as having the most potential to become an alternative or ...
Abstract — This paper presents measurements performed on glandular phantoms using a time-domain mic...
A microwave imaging system for the potential detection of tumours in breast tissues using a planar a...
The use of microwave imaging for breast cancer detection has witnessed growing attention from resear...
The use of microwave imaging for breast cancer detection has witnessed growing attention from resear...
With the growing interest in the microwave imaging for early breast cancer detection, there is a nee...
Abstract—This paper presents measurements performed with our time-domain system for microwave breast...
Abstract In this paper, the microwave imaging system currently being developed and realized at the S...
This paper discusses the development of an artificial heterogeneous breast phantom that emulates the...
Nowadays, novel microwave imaging applications in breast cancer screening are being investigated as ...
International audienceIn this article, we describe recent advances regarding a novel microwave imagi...
International audienceIn this article, we describe recent advances regarding a novel microwave imagi...
International audienceIn this article, we describe recent advances regarding a novel microwave imagi...
Abstract—In this work, we present advanced testing scenarios of our microwave time-domain breast can...
Breast cancer is the most common form of cancer found in women. Early detection and timely medical t...
Microwave breast imaging has been reported as having the most potential to become an alternative or ...
Abstract — This paper presents measurements performed on glandular phantoms using a time-domain mic...
A microwave imaging system for the potential detection of tumours in breast tissues using a planar a...
The use of microwave imaging for breast cancer detection has witnessed growing attention from resear...
The use of microwave imaging for breast cancer detection has witnessed growing attention from resear...
With the growing interest in the microwave imaging for early breast cancer detection, there is a nee...
Abstract—This paper presents measurements performed with our time-domain system for microwave breast...
Abstract In this paper, the microwave imaging system currently being developed and realized at the S...
This paper discusses the development of an artificial heterogeneous breast phantom that emulates the...
Nowadays, novel microwave imaging applications in breast cancer screening are being investigated as ...