We are dealing with regression models for point processes having a multiplicative intensity process of the form alpha(t) * b_t . The deterministic function alpha describes the long-term trend of the process. The stochastic process b accounts for the short-term random variations and depends on a finite-dimensional parameter. The semiparametric estimation procedure is based on one single observation over a long time interval. We will use penalized estimation functions to estimate the trend alpha, while the likelihood approach to point processes is employed for the parametric part of the problem. Our methods are applied to earthquake data as well as to records on 24-hours ECG
We are dealing with series of events occurring at random times tau_n and carrying further quantitive...
We are dealing with the prediction of forthcoming outcomes of a categorical time series. We will ass...
We are dealing with the prediction of forthcoming outcomes of a categorical time series. We will ass...
We are dealing with regression models for point processes having a multiplicative intensity process ...
We are dealing with regression models for point processes having a multiplicative intensity process ...
We are dealing with regression models for point processes having a multiplicative intensity process ...
We are dealing with regression models for point processes having a multiplicative intensity process ...
We study marked point processes (MPP's) with an arbitrary mark space. First we develop some statisti...
We study marked point processes (MPP's) with an arbitrary mark space. First we develop some statisti...
We are dealing with series of events occurring at random times tau_n and carrying further quantitive...
We study marked point processes (MPP's) with an arbitrary mark space. First we develop some statisti...
We study marked point processes (MPP's) with an arbitrary mark space. First we develop some statisti...
We are dealing with series of events occurring at random times tau_n and carrying further quantitive...
We are dealing with series of events occurring at random times tau_n and carrying further quantitive...
We are dealing with series of events occurring at random times tau_n and carrying further quantitive...
We are dealing with series of events occurring at random times tau_n and carrying further quantitive...
We are dealing with the prediction of forthcoming outcomes of a categorical time series. We will ass...
We are dealing with the prediction of forthcoming outcomes of a categorical time series. We will ass...
We are dealing with regression models for point processes having a multiplicative intensity process ...
We are dealing with regression models for point processes having a multiplicative intensity process ...
We are dealing with regression models for point processes having a multiplicative intensity process ...
We are dealing with regression models for point processes having a multiplicative intensity process ...
We study marked point processes (MPP's) with an arbitrary mark space. First we develop some statisti...
We study marked point processes (MPP's) with an arbitrary mark space. First we develop some statisti...
We are dealing with series of events occurring at random times tau_n and carrying further quantitive...
We study marked point processes (MPP's) with an arbitrary mark space. First we develop some statisti...
We study marked point processes (MPP's) with an arbitrary mark space. First we develop some statisti...
We are dealing with series of events occurring at random times tau_n and carrying further quantitive...
We are dealing with series of events occurring at random times tau_n and carrying further quantitive...
We are dealing with series of events occurring at random times tau_n and carrying further quantitive...
We are dealing with series of events occurring at random times tau_n and carrying further quantitive...
We are dealing with the prediction of forthcoming outcomes of a categorical time series. We will ass...
We are dealing with the prediction of forthcoming outcomes of a categorical time series. We will ass...