code and data for A new method applied for the determination of relative weight ratios under the TensorFlow platform when estimating coseismic slip distribution

<p>The zip file contains three folders:&quot;Data for Illapel earthquake&quot;, &nbsp;&quot;HVCE and ABIC method implement on matlab&quot; and &quot;GDED method implement on tensorflow&quot;. Take the simulation experiments 1.2 and actual Illapel earthquakes as examples. the code for GDED method are placed on &quot;GDED method implement on tensorflow&quot; folders, and the code for the ABIC method and the HVCE method are place on &quot;HVCE and ABIC method implement on matlab&quot; &nbsp;folders.</p> <p>In the file&quot;HVCE and ABIC method implement on matlab&quot;, the meaning of each code are represent as following</p> <p><br> ABIC_SIM.m:the slip distribution inversion results with the relative weight ratios determined by ABIC method Of simulation experiments and Illapel earthquakes</p> <p><br> HVCE.m:the slip distribution inversion results with the relative weight ratios determined by HVCE method Of simulation experiments and Illapel earthquakes</p> <p><br> GDED.m:the slip distribution inversion results with the relative weight ratios determined by GDED method Of simulation experiments and Illapel earthquakes(the relative weight ratios are from the &quot;GDED method implement on tensorflow&quot;)</p> <p>savedata.m: that code are used for save matrix or data for the &nbsp;GDED method implement on tensorflow</p> <p>In the file&quot;GDED method implement on tensorflow&quot;, the meaning of each code are represent as following<br> joint_inver_tensor_ex_1.0(1.1).py: the code for determining the relative weight ratios by the GDED method with(without) plot figures, which implement on Tensorflow platform<br> &nbsp;&nbsp;<br> the InSAR data and GPS data of Illapel earthquakes are palce on the folder&quot; Data for Illapel earthquake/GPS_ori.txt and InSAR_ori.txt&quot;</p>