Non-homogenous Poisson processes with periodic claim intensity rate are proposed as the claim counting process of risk theory. We introduce a doubly periodic Poisson model with short and long term trends, illustrated by a double-beta intensity function. Here periodicity does not repeat the exact same short term pattern every year, but lets its peak intensity vary over a longer period. This model reflects periodic environments like those forming hurricanes, in alternating El Niño/La Niña years. The properties of the model are discussed in detail
Periodic random environments and mechanisms of their effect on imbedded random variables are discuss...
We propose a model for the analysis of an inhomogeneous Gamma processes (IGP) with a periodic or alm...
It has been recently observed that certain (reduced) nonholonomic systems are Hamiltonian with respe...
Non-homogenous Poisson processes with periodic claim intensity rate are proposed as the claim counti...
Periodic non-homogeneous Poisson processes and Poisson models under Markovian environments are studi...
Non–homogenous Poisson processes with periodic claim intensity rate have been proposed as claim coun...
Compound non-homogenous Poisson processes with periodic claim intensity rates are studied in this wo...
We briefly discuss the effects of a random environment, of repeated periodic nature, on the counting...
In a series of papers, J. Garrido and Y. Lu have proposed and investigated a doubly-periodic Poisson...
We study a Cox risk model that accounts for both, seasonal variations and random fluctuations in the ...
We propose a model for the analysis of non-stationary point processes with almost periodic rate of o...
Motivated by applications of Poisson processes for modelling periodic time-varying phenomena, we stu...
Recently an active research on the effects of a random environment of periodic nature on the propert...
Motivated by applications of Poisson processes for modelling periodic time-varying phenomena, we stu...
this paper we propose methods for estimating and simulating such arrival processes. The scope of thi...
Periodic random environments and mechanisms of their effect on imbedded random variables are discuss...
We propose a model for the analysis of an inhomogeneous Gamma processes (IGP) with a periodic or alm...
It has been recently observed that certain (reduced) nonholonomic systems are Hamiltonian with respe...
Non-homogenous Poisson processes with periodic claim intensity rate are proposed as the claim counti...
Periodic non-homogeneous Poisson processes and Poisson models under Markovian environments are studi...
Non–homogenous Poisson processes with periodic claim intensity rate have been proposed as claim coun...
Compound non-homogenous Poisson processes with periodic claim intensity rates are studied in this wo...
We briefly discuss the effects of a random environment, of repeated periodic nature, on the counting...
In a series of papers, J. Garrido and Y. Lu have proposed and investigated a doubly-periodic Poisson...
We study a Cox risk model that accounts for both, seasonal variations and random fluctuations in the ...
We propose a model for the analysis of non-stationary point processes with almost periodic rate of o...
Motivated by applications of Poisson processes for modelling periodic time-varying phenomena, we stu...
Recently an active research on the effects of a random environment of periodic nature on the propert...
Motivated by applications of Poisson processes for modelling periodic time-varying phenomena, we stu...
this paper we propose methods for estimating and simulating such arrival processes. The scope of thi...
Periodic random environments and mechanisms of their effect on imbedded random variables are discuss...
We propose a model for the analysis of an inhomogeneous Gamma processes (IGP) with a periodic or alm...
It has been recently observed that certain (reduced) nonholonomic systems are Hamiltonian with respe...