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Sebastian Heimann
grond
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Update home
authored
Jun 28, 2017
by
Henriette Sudhaus
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*
Data weighting
*
Data weighting
*
**`manual weights`**
are set for
`target_groups`
, e. g. time domain P and S phases, time domain surface waves
*
**`manual weights`**
are set for
`target_groups`
, e. g. time domain P and S phases, time domain surface waves
amplitude spectra Love- and Rayleigh waves, time domain Love and Rayleigh waves - makes six groups
amplitude spectra Love- and Rayleigh waves, time domain Love and Rayleigh waves - makes six groups
*
**
balancing_weights
**
- account for geometrical spreading, i.e. amplitude difference for recordings at
*
`
balancing_weights
`
- account for geometrical spreading, i.e. amplitude difference for recordings at
different source distances and/or amplitude differences between P- and S-waves
different source distances and/or amplitude differences between P- and S-waves
*
**
`family_balancing`
**
is the automatic balancing between different
`normalisation_families`
, e.g. time domain targets
*
`family_balancing`
is the automatic balancing between different
`normalisation_families`
, e.g. time domain targets
and amplitude spectra targets as defined by the
`normalisation_family`
attribute
and amplitude spectra targets as defined by the
`normalisation_family`
attribute
*
**
bootstrap weight
**
- random weights within parallel optimization chains
*
`
bootstrap weight
`
- random weights within parallel optimization chains
*
`misfit`
is observed data minus synthetic data
*
`misfit`
is observed data minus synthetic data
*
`bootstrap_misfit`
final misfit of bootstrap chains. Is the product of
`manual_weight`
,
`balancing_weight`
and
*
`bootstrap_misfit`
final misfit of bootstrap chains. Is the product of
`manual_weight`
,
`balancing_weight`
and
`bootstrap_weight`
`bootstrap_weight`
...
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