Estimation of the seismicity rate changes caused by a major earthquake is based upon the assumption that the earthquake occurrence can be described by stochastic processes. Three stochastic models are applied to the data, i.e. the homogeneous Poisson model, the non-homogeneous Poisson model with two different rate functions, and the Autoregressive model AR(2). The two latter models seem to be adequate to properly simulate the earthquake production in a given area. The identification of the model which best fits the data, enables the estimations of the seismicity rate changes and the numbers of the earthquakes following a specific main shock
International audienceA method for measuring seismicity rate changes caused by the occurrence of maj...
International audienceA method for measuring seismicity rate changes caused by the occurrence of maj...
Earthquakes induced by human activities present a unique set of challenges to the statistical modell...
Estimation of the seismicity rate changes caused by a major earthquake is based upon the assumption ...
The statistical properties of the aftershock occurrence are among the main issues in investigating t...
International audienceOften in nature the temporal distribution of inhomogeneous stochastic point pr...
Online Material: Sensitivity to scaling of the d-parameter and to inhomogeneous background activity,...
International audienceOccurrence of successive earthquake events in space is analysed by means of se...
International audienceA simplified stochastic model for earthquake occurrence focusing on the spatio...
Stochastic modelling of sequences of seismic events in order to evaluate the long-term hazard is typ...
International audienceA method for measuring seismicity rate changes caused by the occurrence of maj...
Two widely noted features of earthquake generation are the following: - earthquakes tend to occur in...
International audienceA method for measuring seismicity rate changes caused by the occurrence of maj...
Earthquakes induced by human activities present a unique set of challenges to the statistical modell...
International audienceA method for measuring seismicity rate changes caused by the occurrence of maj...
International audienceA method for measuring seismicity rate changes caused by the occurrence of maj...
International audienceA method for measuring seismicity rate changes caused by the occurrence of maj...
Earthquakes induced by human activities present a unique set of challenges to the statistical modell...
Estimation of the seismicity rate changes caused by a major earthquake is based upon the assumption ...
The statistical properties of the aftershock occurrence are among the main issues in investigating t...
International audienceOften in nature the temporal distribution of inhomogeneous stochastic point pr...
Online Material: Sensitivity to scaling of the d-parameter and to inhomogeneous background activity,...
International audienceOccurrence of successive earthquake events in space is analysed by means of se...
International audienceA simplified stochastic model for earthquake occurrence focusing on the spatio...
Stochastic modelling of sequences of seismic events in order to evaluate the long-term hazard is typ...
International audienceA method for measuring seismicity rate changes caused by the occurrence of maj...
Two widely noted features of earthquake generation are the following: - earthquakes tend to occur in...
International audienceA method for measuring seismicity rate changes caused by the occurrence of maj...
Earthquakes induced by human activities present a unique set of challenges to the statistical modell...
International audienceA method for measuring seismicity rate changes caused by the occurrence of maj...
International audienceA method for measuring seismicity rate changes caused by the occurrence of maj...
International audienceA method for measuring seismicity rate changes caused by the occurrence of maj...
Earthquakes induced by human activities present a unique set of challenges to the statistical modell...