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Circular holography is a novel reconstruction technique for Breast Microwave Radar (BMR) imaging. Compared to current state of the art BMR image formation methods, this reconstruction approach yields spatially accurate images with higher signal to noise ratios and no artifacts. Nevertheless, a preclinical study is required to assess the feasibility of this technique in realistic breast imaging scenarios...
Breast Microwave Radar (BMR) is a novel non ionizing imaging modality capable of producing high contrast images and detecting tumors of at least 4mm. Although recent studies have shown its potential as a complimentary breast imaging technique, several aspects of this technology need to be optimized before it can be used in clinical scenarios. In this paper, the spatial sampling effects on monostatic...
Breast Microwave Radar(BMR) is a novel imaging modality that is capable of producing high contrast images and can detect tumors of at least 4mm. To properly visualize the responses from the breast structures, BMR data sets must be reconstructed. In this paper, a real time BMR image formation technique is proposed. This approach is based on the use of a Single Instruction Multiple Thread(SIMT) interpolation...
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