Supporting data and code for "Water vapor estimation using wireless two-way interferometry (Wi-Wi)"
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Notes on generating figures for Radio Science paper.<br> Nobuyasu Shiga<br> 2019/3/9 Fig. 4<br> File name: PhaseShifter.eps<br> Matlab file: PhaseShifter.m<br> Raw Data: 20181002124143PhaseShifter.csv Fig. 7<br> File name: WMRain091418.eps<br> Matlab file: WaterVaporAnalysis180913paper.m<br> Raw Data: avg20180913162410.csv %WiWi<br> WXT520_M_20180914_0000.txt %meteorological equipment @NICT<br> ...<br> WXT520_M_20180918_2350.txt<br> 01_min1_20180914_20180918Mod.csv %rain gauge Fig. 8<br> File name: WMRainDec.eps<br> Matlab file: WaterVaporAnalysis1202.m<br> Raw Data: avg20181130184636.csv %WiWi<br> WXT520_M_20181202_0000.txt %meteorological equipment @NICT<br> ...<br> WXT520_M_20181208_2350.txt<br> WeatherAVG20181202-20181208.csv %meteorological equipment @SWT<br> 01_min1_20181202_20181208Mod.csv %precipitation Fig. 9<br> File name: WMR0917.eps<br> Matlab file: WaterVaporAnalysis180913paper.m<br> Raw Data: avg20180913162410.csv %WiWi<br> WXT520_M_20180917_0000.txt %meteorological equipment @NICT<br> ...<br> WXT520_M_20180917_2350.txt<br> North15_MP3000.txt<br> South15_MP3000.txt Fig. 10<br> File name: WMGR0917.eps<br> Matlab file: WaterVaporAnalysis180913paper.m<br> Raw Data: avg20180913162410.csv %WiWi<br> WXT520_M_20180917_0000.txt %meteorological equipment @NICT<br> ...<br> WXT520_M_20180917_2350.txt<br> KGN3_ZWD.txt<br> Zenith_MP3000.txt
