Frequency Dispersion Compensation Method for TR Imaging using CWT

Dataset

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Description

Content type: Research data
Research data type: Simulation data
Abstract: The attached files are the simulation data of the figures of the journal paper titled: "Continuous Wavelet Transform Based Frequency Dispersion Compensation Method for Electromagnetic Time-Reversal Imaging". 1) fig3-a-b.txt: The 1st and 2nd columns are used to generate Fig.3 (a) and Fig.3 (b) respectively. The data of each column are for 150X150 2D plot. 2) fig3-c-d.txt: The 1st and 2nd columns are used to generate Fig.3 (c) and Fig.3 (d) respectively. The data of each column are for 150X150 2D plot. 3) fig4-a.txt: The 1st & 2nd columns represent the x and y axis respectively. The third column is used to generate Fig.4 (a) which is a 150X150 2D plot. 4) fig4-b.txt: The 1st & 2nd columns represent the x and y axis respectively. The third column is used to generate Fig.4 (b) which is a 150X150 2D plot. 5) fig4-c.txt: The 1st & 2nd columns represent the x and y axis respectively. The third column is used to generate Fig.4 (c) which is a 150X150 2D plot. 6) fig5-a-cwt.txt: Is used to generate the CWT curve in Fig.5 (a). 7) fig5-b-cwt.txt: Is used to generate the CWT curve in Fig.5 (b). 8) fig5-a-tr.txt: Is used to generate the TR curve in Fig.5 (a). 9) fig5-b-tr.txt: Is used to generate the TR curve in Fig.5 (b). 10) fig5-a-stft.txt: Is used to generate the STFT curve in Fig.5 (a). 11) fig5-b-stft.txt: Is used to generate the STFT curve in Fig.5 (b). 12) fig6-blue.txt: Is used to generate the blue curve in Fig.6. 13) fig6-green.txt: Is used to generate the green curve in Fig.6. 14) fig6-red.txt: Is used to generate the red curve in Fig.6. 15) fig8-lung-cancer.txt: The 1st, 2nd and 3rd columns represent the frequency range, the real part of the relative permittivity and the conductivity respectively for the lung cancer in Fig.8. 16) fig8-lung.txt: The 1st, 2nd and 3rd columns represent the frequency range, the real part of the relative permittivity and the conductivity respectively for the healthy lung in Fig.8. 17) fig9-a.txt: Is used to generate Fig.9 (a) which is a 265X490 2D plot. 18) fig9-b.txt: The 1st & 2nd columns represent the x and y axis respectively. The third column is used to generate Fig.9 (b) which is a 265X490 2D plot. 19) fig9-c.txt: Is used to generate Fig.9 (c) which is a 265X490 2D plot .
Date made available5 Dec 2016
PublisherUniversity of Manchester