We exploit connections between extreme value theory and record processes to develop inference methods for record processes. Record processes have trends in them even when the underlying process is stationary. We study the problem of estimating the underlying trend in times achieved in sports from record data. We develop new methods for inference, simulating record series in non-stationary contexts, and assessing fit which account for the censored characteristic of record data and we apply these methods to athletics and swimming data
The study deals with mathematical models as they apply to predict sports performances with track and...
We use recurrent-events survival analysis techniques and methods to analyze the duration of Olympic ...
In recent years, there was a surge of interest in the statistics of record-breaking events, not only...
We exploit connections between extreme value theory and record processes to develop inference method...
This paper describes the survival study of extreme record of athletics performance. Two area of st...
Extreme value theory studies the extreme deviations from the central portion of a probability distri...
In this work we model the historical development of best performances in men's 100, 200, 400 and 800...
• TV shows on any athletic event make clear that those who want gold medals cannot dispense statisti...
In an age of a flourishing emphasis on sports and a high frequency of individual record breaking, a...
In this paper we shall be interested in two questions on extremes relating to world records in athle...
AbstractSurvival of sport records is investigated assuming that the number of attempts to break a re...
In the 2012 Summer Olympics in London seven out of eight finalists in the men’s 100 meter dash cross...
Athletic records represent the best results in a given discipline, thus improving monotonically with...
We use extreme-value theory to estimate the ultimate world records for the 100m running, for both me...
We model the times of the gold medalist swimmers in the Olympic Games. As the data represent an extr...
The study deals with mathematical models as they apply to predict sports performances with track and...
We use recurrent-events survival analysis techniques and methods to analyze the duration of Olympic ...
In recent years, there was a surge of interest in the statistics of record-breaking events, not only...
We exploit connections between extreme value theory and record processes to develop inference method...
This paper describes the survival study of extreme record of athletics performance. Two area of st...
Extreme value theory studies the extreme deviations from the central portion of a probability distri...
In this work we model the historical development of best performances in men's 100, 200, 400 and 800...
• TV shows on any athletic event make clear that those who want gold medals cannot dispense statisti...
In an age of a flourishing emphasis on sports and a high frequency of individual record breaking, a...
In this paper we shall be interested in two questions on extremes relating to world records in athle...
AbstractSurvival of sport records is investigated assuming that the number of attempts to break a re...
In the 2012 Summer Olympics in London seven out of eight finalists in the men’s 100 meter dash cross...
Athletic records represent the best results in a given discipline, thus improving monotonically with...
We use extreme-value theory to estimate the ultimate world records for the 100m running, for both me...
We model the times of the gold medalist swimmers in the Olympic Games. As the data represent an extr...
The study deals with mathematical models as they apply to predict sports performances with track and...
We use recurrent-events survival analysis techniques and methods to analyze the duration of Olympic ...
In recent years, there was a surge of interest in the statistics of record-breaking events, not only...