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In this problem, we distribute TWO sets of synthetic data, for two similar ruptures with the identical geometry. Station distribution and velocity structure is the same as before. * Problem Description: [[attachment:Description_inv1_dip_updated.pdf|Description_inv1_dip_updated.pdf|&do=get]] * Station Locations: [[attachment:StationList.dat||&do=get]] |
In this problem, we distribute TWO sets of synthetic data, for two similar ruptures with the identical geometry. Station distribution and velocity structure is the same as before. ---- * Problem Description: [[attachment:Description_inv1_dip_updated.pdf||&do=get]] * Station Locations: [[attachment:StationList.dat|StationList.da|&do=get]]t |
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| * Synthetic seismograms: [[attachment:inv2a_mmai.zip||&do=get]] [[attachment:inv2b_mmai.zip||&do=get]] |
* Synthetic seismograms, case a: [[attachment:inv2a_mmai.zip||&do=get]] * Synthetic seismograms, case b: [[attachment:inv2b_mmai.zip|inv2b_mmai.zi|&do=get]] |
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| * Problem Description: [[attachment:Description_inv1_dip_updated.pdf|Description_inv1_dip_updated.pdf|&do=get]] | * Problem Description: [[attachment:Description_inv1_dip_updated.pdf||&do=get]] |
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* THE COMPLETE SOLUTION CAN BE FOUND HERE, with time-dependent slip-rate functions on the fault -- brief description -- MATLAB *mat file |
'''THE COMPLETE SOLUTION CAN BE FOUND HERE''', with time-dependent slip-rate functions on the faul * brief description * MATLAB *mat file |
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== Results and Auxiliary Documents == * Green's function test results -- [[attachment:SIV_GreensFctTest.ppt||&do=get]] * Poster, AGU 2010 (Causse et al) -- [[attachment:AGU2010_CaussePoster.pdf||&do=get]] * Talk, AGU 2010 (Mai et al.) -- [[attachment:AGU2010_MMAItalk.ppt||&do=get]] |
---- July 15, 2011 '''Inversion Exercise #1: inv1_dip -- strike-slip rupture on 80deg dipping fault''' * Problem Description: [[attachment:Description_inv1_dip_updated.pdf||&do=get]] * Station Locations: [[attachment:StationList.dat||&do=get]] * Velocity Model: [[attachment:vmodel.dat||&do=get]] * Synthetic seismograms: [[attachment:inv1_dip.zip||&do=get]] * THE COMPLETE SOLUTION CAN BE FOUND HERE, with time-dependent slip-rate functions on the fault . -- brief description -- MATLAB *mat file |
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== Download Synthetics of modeling teams (as gzipped tar-files) == '''Forward-problem: Point-source''' |
Spring 2010 |
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| * strike-slip, by M Causse (Axitra code) [[attachment:ssp0_causseAXvr25.tar.gz||&do=get]] |
'''Green's function validation & Forward-modeling''' * Problem description: [[attachment:Description_PointSource.pdf||&do=get]] '''Extended-fault forward modeling''' * Problem Description ('''Updated, Sept 2010'''): [[attachment:Description_ExtendedSources_Updated_Sept2010.pdf||&do=get]] * Rupture model file for strike-slip case: [[attachment:RuptureModel_SSEF0.dat||&do=get]] * Rupture model file for dip-slip case: [[attachment:RuptureModel_DSEF0.dat||&do=get]] ---- |
Downloads
Problem Statements & Relevant Data
Feb 07, 2013
Inversion Exercise #2: inv2a / inv2b -- normal-faulting rupture on 42deg dipping fault
In this problem, we distribute TWO sets of synthetic data, for two similar ruptures with the identical geometry. Station distribution and velocity structure is the same as before.
Problem Description: Description_inv1_dip_updated.pdf
Station Locations: StationList.dat
Velocity Model: vmodel.dat
Synthetic seismograms, case a: inv2a_mmai.zip
Synthetic seismograms, case b: inv2b_mmai.zi
July 15, 2011
Inversion Exercise #1: inv1_dip -- strike-slip rupture on 80deg dipping fault
Problem Description: Description_inv1_dip_updated.pdf
Station Locations: StationList.dat
Velocity Model: vmodel.dat
Synthetic seismograms: inv1_dip.zip
THE COMPLETE SOLUTION CAN BE FOUND HERE, with time-dependent slip-rate functions on the faul
- brief description
- MATLAB *mat file
Spring 2010
Green's function validation & Forward-modeling
Problem description: Description_PointSource.pdf
Extended-fault forward modeling
Problem Description (Updated, Sept 2010): Description_ExtendedSources_Updated_Sept2010.pdf
Rupture model file for strike-slip case: RuptureModel_SSEF0.dat
Rupture model file for dip-slip case: RuptureModel_DSEF0.dat
July 15, 2011
Inversion Exercise #1: inv1_dip -- strike-slip rupture on 80deg dipping fault
Problem Description: Description_inv1_dip_updated.pdf
Station Locations: StationList.dat
Velocity Model: vmodel.dat
Synthetic seismograms: inv1_dip.zip
- THE COMPLETE SOLUTION CAN BE FOUND HERE, with time-dependent slip-rate functions on the fault
- -- brief description -- MATLAB *mat file
Spring 2010
Green's function validation & Forward-modeling
Problem description: Description_PointSource.pdf
Extended-fault forward modeling
Problem Description (Updated, Sept 2010): Description_ExtendedSources_Updated_Sept2010.pdf
Rupture model file for strike-slip case: RuptureModel_SSEF0.dat
Rupture model file for dip-slip case: RuptureModel_DSEF0.dat
strike-slip, by M Causse (CompSyn code) ssp0_causseCS.tar.gz
strike-slip, by M Mai (CompSyn code) ssp0_maiCS.tar.gz
strike-slip, by M Mai & M Kaeser (AderDG code) ssp0_maikaes.tar.gz
strike-slip, by H Sekiguchi (Axitra code) ssp0_sekiguchi.tar.gz
strike-slip, by G Shuo (ver. 2, Oct 2010, corrected, Zhu & Rivera code) ssp0_ucsb.tar.gz
strike-slip, by SG Song (ver.2, Oct 2010, corrected, Zhu & Rivera code) ssp0_song2.tar.gz
dip-slip, by M Causse (Axitra code) dsp0_causseAXvr25.tar.gz
dip-slip, by M Causse (CompSyn code) dsp0_causseCS.tar.gz
dip-slip, by M Mai (CompSyn code) dsp0_maiCS.tar.gz
dip-slip, by M Mai & M Kaeser (!AderDG code) dsp0_maikaes.tar.gz
dip-slip, by H Sekiguchi (Axitra code) dsp0_sekiguchi.tar.gz
dip-slip, by G Shuo (ver. 2, Oct 2010, corrected, Zhu & Rivera code) dsp0_ucsb.tar.gz
dip-slip, by SG Song (ver.2, Oct 2010, corrected, Zhu & Rivera code) dsp0_song2.tar.gz
Forward-problem: Extended-fault
strike-slip, by M Causse (Axitra code) ssef0_causseAXvr20.tar.gz
strike-slip, by M Causse (CompSyn code) ssef0_causseCS.tar.gz
strike-slip, by G Festa (CompSyn code) ssef0_festa.tar.gz
strike-slip, by M Lucca (Axitra code) ssef0_lucca.tar.gz
dip-slip, by M Causse (Axitra code) dsef0_causseAXvr20.tar.gz
dip-slip, by M Causse (CompSyn code) dsef0_causseCS.tar.gz
dip-slip, by G Festa (CompSyn code) dsef0_festa.tar.gz