The paper is concerned with parameter estimation for inhomogeneous spatial point processes with a regression model for the intensity function and tractable second-order properties ("K"-function). Regression parameters are estimated by using a Poisson likelihood score estimating function and in the second step minimum contrast estimation is applied for the residual clustering parameters. Asymptotic normality of parameter estimates is established under certain mixing conditions and we exemplify how the results may be applied in ecological studies of rainforests. Copyright (c) 2009 Royal Statistical Society.
[[abstract]]In the statistical analysis of spatial point patterns, it is often important to investig...
International audienceThe theoretical foundation for a number of model selection criteria is establi...
Fitting of parametric models to spatial and space-time point patterns has been a very active researc...
The paper is concerned with parameter estimation for inhomogeneous spatial point processes with a re...
This paper is concerned with parameter estimation for inhomogeneous spatial point processes with a r...
This article is concerned with inference for a certain class of inhomogeneous Neyman-Scott point pro...
We consider pairs of spatial point processes with intensity functions sharing a common multiplicativ...
This paper is concerned with inference for a certain class of inhomogeneous Neyman-Scott point proce...
Methods for the statistical analysis of stationary spatial point process data are now well establish...
International audienceMany methods for estimating parametrically the intensity function for inhomoge...
International audienceMany methods for estimating parametrically the intensity function for inhomoge...
International audienceThis paper deals with feature selection procedures for spatial point processes...
summary:We consider a flexible class of space-time point process models---inhomogeneous shot-noise C...
International audienceThis paper is concerned with the problem of estimating covariances of inhomoge...
In the statistical analysis of spatial point patterns, it is often important to investigate whether ...
[[abstract]]In the statistical analysis of spatial point patterns, it is often important to investig...
International audienceThe theoretical foundation for a number of model selection criteria is establi...
Fitting of parametric models to spatial and space-time point patterns has been a very active researc...
The paper is concerned with parameter estimation for inhomogeneous spatial point processes with a re...
This paper is concerned with parameter estimation for inhomogeneous spatial point processes with a r...
This article is concerned with inference for a certain class of inhomogeneous Neyman-Scott point pro...
We consider pairs of spatial point processes with intensity functions sharing a common multiplicativ...
This paper is concerned with inference for a certain class of inhomogeneous Neyman-Scott point proce...
Methods for the statistical analysis of stationary spatial point process data are now well establish...
International audienceMany methods for estimating parametrically the intensity function for inhomoge...
International audienceMany methods for estimating parametrically the intensity function for inhomoge...
International audienceThis paper deals with feature selection procedures for spatial point processes...
summary:We consider a flexible class of space-time point process models---inhomogeneous shot-noise C...
International audienceThis paper is concerned with the problem of estimating covariances of inhomoge...
In the statistical analysis of spatial point patterns, it is often important to investigate whether ...
[[abstract]]In the statistical analysis of spatial point patterns, it is often important to investig...
International audienceThe theoretical foundation for a number of model selection criteria is establi...
Fitting of parametric models to spatial and space-time point patterns has been a very active researc...