Abstract
The Minimum Variance Distortion-less Response (MVDR) algorithm, discussed in this paper, describes a diagnostic imaging image of breast cancer. The purpose of this research is really to develop Ultra Wide Band based on the Microwave Images (UWB-MI) system to improve the image of breast cancer. The implemented test bed combines multiple wearable prototypes equivalent to the composite materials for the breast organ. The dispersion signal from the transceiver port generated by Agilent Microwave Analyzer offers different strengths (N99917A). The wearable prototypes consist of an antenna of the 3 × 3 array, which offers an effective use of the bandwidth. These test beds made the processing of the signal possible. Furthermore, composite materials developed the human biological breast organ phantom model. The received signal port has collected the signal force received (RSS) from the transmitter port Directorate of Arrival (DOA). Thus the DOA signal strength estimates the Power Spectral Density approximation (PSD). Thus the two-dimensional power spectral density image has removed the buried lines with different cancer resolutions from the cancerous organ. This research therefore presented the diagnostic images with simulation scenarios under different test beds.
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