Difference between revisions of "List: Signal processing"

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(New page: * '''warangps''': monitoring of real-time positions for WARAN, computation of theoretical array responses. * '''dinver''': inversion with [Neighborhood Algorithm] modified after Wa...)
 
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* '''[[warangps]]''': monitoring of real-time positions for WARAN, computation of theoretical array responses.
 
* '''[[warangps]]''': monitoring of real-time positions for WARAN, computation of theoretical array responses.
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* '''[[dinver]]''': inversion with [Neighborhood Algorithm] modified after Wathelet (2008): e.g. surface wave inversion
 
 
* '''[[figue]]''': edition of figures extracted from processing applications. Figures produced by [figue] are ready for publications (export to ps, pdf, svg, jpeg, png, or printer).
 
* '''[[figue]]''': edition of figures extracted from processing applications. Figures produced by [figue] are ready for publications (export to ps, pdf, svg, jpeg, png, or printer).
 
* '''[[geopsy]]''': graphical user interface that accepts various wave formats, visualization of waves and basic signal processing.
 
* '''[[geopsy]]''': graphical user interface that accepts various wave formats, visualization of waves and basic signal processing.
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* [[Computing a theoretical dispersion curve|gpdc]]: computation of dispersion curves.
 
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* [[gpdcmisfit]]: recomputes misfits of models produced by an inversion.
 
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* [[gpdcreport]]: analysis of inversion report (from [[dinver]]).
 
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* [[gpec8]]: determines site class from Vs profiles (Eurocode 8).
 
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* [[gpell]]: computation of ellipticity curves.
 
 
* '''[[gpfksimulator]]''': educational tool for simulating the array response of plane wave(s) with arbitrary direction and speed.   
 
* '''[[gpfksimulator]]''': educational tool for simulating the array response of plane wave(s) with arbitrary direction and speed.   
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* [[gpgroup2phase]]: scans possible phase dispersion curves from a group dispersion curve.
 
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* '''[[gplivemodel]]''': interactive plot of dispersion, ellipticity and SH amplification curves.
 
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* [[gpmodel2param]]: transforms a model file into a parametrized ground structure
 
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* [[gpparam2model]]: produces model files from parameter sets and a given parametrized ground structure.
 
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* [[gppoisson]]: simple converter between Poisson's ratio, Vs, and Vp.
 
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* [[gpprofile]]: extracts Poisson's ratio, Vs, or Vp profiles from a model file.
 
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* [[gprefra]]: computation of travel time ("classical refraction").
 
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* [[gpsh]]: computation of SH transfer curves (available but empty).
 
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* [[gpsort]]: re-arranges curve order in a file (handy for [[gppac]] output).
 
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* [[gpspac]]: computation of auto-correlation ratio curves.
 
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* [[gpdepth]]: computes a parameterization from minimum and maximum wavelength
 
 
* [[gpsignal]]: computes synthetic signals
 
* [[gpsignal]]: computes synthetic signals
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* '''[[gpviewdcreport]]''': plots inversion reports (from [[dinver]]).
 
 
* '''[[max2curve]]''': tool for estimating the average and the uncertainties of various processes: [[FK]], [[HRFK]], [[SPAC]], [[HVTFA]] or simply curves.
 
* '''[[max2curve]]''': tool for estimating the average and the uncertainties of various processes: [[FK]], [[HRFK]], [[SPAC]], [[HVTFA]] or simply curves.
 
* '''[[spac2disp]]''': tool for estimating the reliability of experimental auto-correlation curves.
 
* '''[[spac2disp]]''': tool for estimating the reliability of experimental auto-correlation curves.

Revision as of 08:54, 10 March 2010

  • warangps: monitoring of real-time positions for WARAN, computation of theoretical array responses.
  • figue: edition of figures extracted from processing applications. Figures produced by [figue] are ready for publications (export to ps, pdf, svg, jpeg, png, or printer).
  • geopsy: graphical user interface that accepts various wave formats, visualization of waves and basic signal processing.
  • gpfksimulator: educational tool for simulating the array response of plane wave(s) with arbitrary direction and speed.
  • gpsignal: computes synthetic signals
  • max2curve: tool for estimating the average and the uncertainties of various processes: FK, HRFK, SPAC, HVTFA or simply curves.
  • spac2disp: tool for estimating the reliability of experimental auto-correlation curves.
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