A review is given of the exponentiated Weibull distribution, the first generalization of the two-
parameter Weibull distribution to accommodate nonmonotone hazard rates. The properties …

In this paper, we consider some non‐homogeneous Poisson models to estimate the
probability that an air quality standard is exceeded a given number of times in a time interval …

In this paper, we use some non-homogeneous Poisson models in order to study the
behavior of ozone measurements in Mexico City. We assume that the number of ozone …

With respect to air quality standards, extreme events are usually of the most interest. Air
quality standards require that the observed extreme concentration in a given time interval …

In this work, a non-homogeneous Poisson model is considered to study the behaviour of
airport noise levels. The model is used to count the number of times that the noise level …

In this work a non-homogeneous Poisson model is considered to study noise exposure. The
Poisson process, counting the number of times that a sound level surpasses a threshold, is …

Air quality monitoring is based on pollutants concentration levels, typically recorded in
metropolitan areas. These exhibit spatial and temporal dependence as well as seasonality …

Physical polluting agents are a relevant problem in urban areas. The need for monitoring
and prediction of their time evolution is very useful to assess the impact to human health and …

It is very important to study the occurrence of high levels of particulate matter due to the
potential harm to people's health and to the environment. In the present work we use a non …

High levels of the so-called community noise may produce hazardous effect on the health of
a population exposed to them for large periods of time. Hence, the study of the behaviour of …