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sfomel committed Mar 20, 2024
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2 changes: 1 addition & 1 deletion book/tccs/micro/SConstruct
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from rsf.tex import *

End(color='ALL',hires='data sov location0-clean location0-noisy location0-hyb stage0-1 stage0-2 stage0-3 stage-1 stage-2 stage-3',use='amsmath,listings,hyperref')
End(color='ALL',hires='data sov location0-clean location0-noisy location0-hyb stage0-1 stage0-2 stage0-3 stage-1 stage-2 stage-3',use='hyperref')
8 changes: 4 additions & 4 deletions book/tccs/micro/paper.tex
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\published{SEG Expanded Abstracts, 2485-2490, (2015)}

\title{Investigating the possibility of locating microseismic sources using distributed sensor networks}
\author{Junzhe Sun$^{*1}$, Tieyuan Zhu$^1$, Sergey Fomel$^1$ and Wen-Zhan Song$^{2}$; $^1$The University of Texas at Austin; $^2$Georgia State University}
\author{Junzhe Sun, Tieyuan Zhu, Sergey Fomel, The University of Texas at Austin, and Wen-Zhan Song, Georgia State University}

\maketitle

Expand Down Expand Up @@ -88,8 +88,8 @@ \section{Numerical Examples}
% \label{threelayer}
%\end{figure*}
\inputdir{cross}
\multiplot*{3}{sov,datatrace-clean,datatrace-noisy}{height=0.145\textheight}{(a) Microseismic source locations overlaid on a three-layer velocity model. (b) Noise-Free microseismic data from three-layer model. (c) Noisy microseismic data from three-layer model. The traces displayed in the right panel correspond to $X=1050\;m$.}
\multiplot*{3}{location0-clean,location0-noisy,location0-hyb}{height=0.145\textheight}{(a) Microseismic source locations imaged by the cross-correlation imaging condition using noise-free data. (b) Microseismic source locations imaged by the cross-correlation imaging condition using noisy data. (c) Microseismic source locations imaged by the hybrid imaging condition using noisy data.}
\multiplot{3}{sov,datatrace-clean,datatrace-noisy}{height=0.145\textheight}{(a) Microseismic source locations overlaid on a three-layer velocity model. (b) Noise-Free microseismic data from three-layer model. (c) Noisy microseismic data from three-layer model. The traces displayed in the right panel correspond to $X=1050\;m$.}
\multiplot{3}{location0-clean,location0-noisy,location0-hyb}{height=0.145\textheight}{(a) Microseismic source locations imaged by the cross-correlation imaging condition using noise-free data. (b) Microseismic source locations imaged by the cross-correlation imaging condition using noisy data. (c) Microseismic source locations imaged by the hybrid imaging condition using noisy data.}

\subsection{Three-layer model}

Expand All @@ -105,7 +105,7 @@ \subsection{Three-layer model}
\plot{sov}{height=0.16\textheight}{Microseismic source locations overlaid on Marmousi velocity model. A total of three stages of microseismicity are assumed, each with six hypocenters. \label{fig:marmsov}}
\plot{datatrace}{height=0.16\textheight}{Noisy microseismic data from Marmousi model. The trace in the right panel corresponds to $X=1.2\;km$.\label{fig:datamarm}}
%\multiplot{2}{location0,location}{width=0.4\textwidth}{Imaged microseismic source locations using hybrid imaging condition of: (a) noisy data from surface array; (b) noisy data from both surface array and downhole sensors. \label{fig:marmloc}}
\multiplot*{6}{stage0-1,stage0-2,stage0-3,stage-1,stage-2,stage-3}{height=0.15\textheight}{Accumulated microseismicity calculated by the hybrid imaging condition using: (a)-(c) noisy data from surface array; (d)-(f) noisy data from both surface array and downhole sensors. Each column is produced after one stage of perforation. \label{fig:marmloc}}
\multiplot{6}{stage0-1,stage0-2,stage0-3,stage-1,stage-2,stage-3}{height=0.15\textheight}{Accumulated microseismicity calculated by the hybrid imaging condition using: (a)-(c) noisy data from surface array; (d)-(f) noisy data from both surface array and downhole sensors. Each column is produced after one stage of perforation. \label{fig:marmloc}}

\subsection{Marmousi model}

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8 changes: 8 additions & 0 deletions book/tccs/shapestack/SConstruct
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from rsf.tex import *

End(lclass='geophysics',use='hyperref,listings,moreverb',hires='cmp2 nsnmo sstack wsstack', color='ALL')

#lclass='segabs'
#Paper('paper',lclass='article',use='pdfpages')

#End(use='hyperref,listings,moreverb', color='ALL')
309 changes: 309 additions & 0 deletions book/tccs/shapestack/paper.bib
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