Add to ORKGAbstract—In this paper, we investigate the use of several different materials in order to calibrate an experimental time-domain microwave imaging system. A 16-element antenna array transmits a specifically tailored, short duration pulse and records the signals scattered off the breast in the time-domain. We contrast the performance of the various calibration procedures on extracting the tumour response and locating the tumour embedded within realistically shaped life-like breast phantoms. Index Terms — cancer detection; microwave imaging; multistatic radar; breast phantoms; pulse shaping; calibration; I
Abstract—We experimentally demonstrate a low-cost hardware technique for synthesizing a specific ele...
Microwave imaging has been proposed as a possible complimentary imaging technique to X-ray mammograp...
Breast cancer, one of the primary causes of women mortality worldwide, can be effectively treated if...
Abstract—This work presents a clinical prototype for microwave breast imaging via multistatic radar ...
Abstract — We compare the tumor detection ability of a time-domain microwave radar system for brea...
Abstract—This paper presents measurements performed with our time-domain system for microwave breast...
Abstract—In this work, we present advanced testing scenarios of our microwave time-domain breast can...
Abstract — This paper presents measurements performed on glandular phantoms using a time-domain mic...
Abstract—In this paper, we demonstrate improved tumour detection with a time-domain microwave screen...
An experimental study concerning planar and cylindrical configurations of a Microwave Imaging System...
The radar based UWB microwave imaging techniques have shown great potential for the localization of ...
Abstract—This paper presents an experimental system for microwave breast cancer detection that uses ...
Detection of malignant breast tumors at their earliest stage, when they are less than 5mm in diamete...
Breast cancer is the most common form of cancer found in women. Early detection and timely medical t...
A microwave imaging system for the potential detection of tumours in breast tissues using a planar a...
Abstract—We experimentally demonstrate a low-cost hardware technique for synthesizing a specific ele...
Microwave imaging has been proposed as a possible complimentary imaging technique to X-ray mammograp...
Breast cancer, one of the primary causes of women mortality worldwide, can be effectively treated if...
Abstract—This work presents a clinical prototype for microwave breast imaging via multistatic radar ...
Abstract — We compare the tumor detection ability of a time-domain microwave radar system for brea...
Abstract—This paper presents measurements performed with our time-domain system for microwave breast...
Abstract—In this work, we present advanced testing scenarios of our microwave time-domain breast can...
Abstract — This paper presents measurements performed on glandular phantoms using a time-domain mic...
Abstract—In this paper, we demonstrate improved tumour detection with a time-domain microwave screen...
An experimental study concerning planar and cylindrical configurations of a Microwave Imaging System...
The radar based UWB microwave imaging techniques have shown great potential for the localization of ...
Abstract—This paper presents an experimental system for microwave breast cancer detection that uses ...
Detection of malignant breast tumors at their earliest stage, when they are less than 5mm in diamete...
Breast cancer is the most common form of cancer found in women. Early detection and timely medical t...
A microwave imaging system for the potential detection of tumours in breast tissues using a planar a...
Abstract—We experimentally demonstrate a low-cost hardware technique for synthesizing a specific ele...
Microwave imaging has been proposed as a possible complimentary imaging technique to X-ray mammograp...
Breast cancer, one of the primary causes of women mortality worldwide, can be effectively treated if...