Extreme value theory is the branch of statistics inferring extreme events in random processes. Bayesian estimation in this field offers many advantages. We use techniques from extreme value theory to estimate by Bayesian methods the probability distribution of extreme volcanic eruptions that are subject to a historical recording bias
Extreme value theory concerns the behavior of the extremes of a process or processes. The fundamenta...
Extreme value (EV) theory has raised researcher intention for modeling and forecasting of catastroph...
Research in the statistical analysis of extreme values has flourished over the past decade: new prob...
Extreme value theory is the branch of statistics inferring extreme events in random processes. Bayes...
Extreme value theory provides a class of models for the behaviour of stochastic processes at extreme...
Volcanic eruptions are among the most extreme events on Earth and it seems natural to make use of th...
Scientists worldwide are increasingly faced with the need to assess geologic hazards for very infreq...
The Canary Islands are an active volcanic region densely populated and visited by several millions o...
The article takes up Bayesian inference in extreme value distributions and also considers extreme va...
Statistical analysis of extremes currently assumes that data arise from a stationary process, althou...
We describe an event tree scheme to quantitatively estimate both long- and short-term volcanic hazar...
[1] We describe an event tree scheme to quantitatively estimate both long- and short-term volcanic h...
The purpose of this report is to discuss in detail the importance and prerogatives of quantitative v...
Statistical extreme value theory is concerned with the use of asymptotically motivated models to des...
Volcanic hazard is a basic ingredient in risk-based decision making in land-use planning and emergen...
Extreme value theory concerns the behavior of the extremes of a process or processes. The fundamenta...
Extreme value (EV) theory has raised researcher intention for modeling and forecasting of catastroph...
Research in the statistical analysis of extreme values has flourished over the past decade: new prob...
Extreme value theory is the branch of statistics inferring extreme events in random processes. Bayes...
Extreme value theory provides a class of models for the behaviour of stochastic processes at extreme...
Volcanic eruptions are among the most extreme events on Earth and it seems natural to make use of th...
Scientists worldwide are increasingly faced with the need to assess geologic hazards for very infreq...
The Canary Islands are an active volcanic region densely populated and visited by several millions o...
The article takes up Bayesian inference in extreme value distributions and also considers extreme va...
Statistical analysis of extremes currently assumes that data arise from a stationary process, althou...
We describe an event tree scheme to quantitatively estimate both long- and short-term volcanic hazar...
[1] We describe an event tree scheme to quantitatively estimate both long- and short-term volcanic h...
The purpose of this report is to discuss in detail the importance and prerogatives of quantitative v...
Statistical extreme value theory is concerned with the use of asymptotically motivated models to des...
Volcanic hazard is a basic ingredient in risk-based decision making in land-use planning and emergen...
Extreme value theory concerns the behavior of the extremes of a process or processes. The fundamenta...
Extreme value (EV) theory has raised researcher intention for modeling and forecasting of catastroph...
Research in the statistical analysis of extreme values has flourished over the past decade: new prob...
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