The series of four lectures will introduce some of the important statistical methods used in Particle Physics, and should be particularly relevant to those involved in the analysis of LHC data. The lectures will include an introduction to statistical tests, parameter estimation, and the application of these tools to searches for new phenomena. Both frequentist and Bayesian methods will be described, with particular emphasis on treatment of systematic uncertainties. The lectures will also cover unfolding, that is, estimation of a distribution in binned form where the variable in question is subject to measurement errors
Abstract These lectures cover those principles and practices of statistics that are most relevant fo...
Abstract These lectures cover those principles and practices of statistics that are most relevant fo...
The lectures will cover multivariate statistical methods and their applications in High Energy Physi...
The series of four lectures will introduce some of the important statistical methods used in Particl...
The series of four lectures will introduce some of the important statistical methods used in Particl...
This series will consist of four 1-hour lectures on statistics for particle physics. The goal will ...
This series will consist of four 1-hour lectures on statistics for particle physics. The goal will ...
This series will consist of four 1-hour lectures on statistics for particle physics. The goal will ...
This series will consist of four 1-hour lectures on statistics for particle physics. The goal will ...
These three lectures provide an introduction to the main concepts of statistical data analysis usefu...
The lectures will give an introduction to statistics as applied in particle physics and will provide...
The lectures will give an introduction to statistics as applied in particle physics and will provide...
The lectures will give an introduction to statistics as applied in particle physics and will provide...
The lectures will give an introduction to statistics as applied in particle physics and will provide...
Abstract These lectures cover those principles and practices of statistics that are most relevant fo...
Abstract These lectures cover those principles and practices of statistics that are most relevant fo...
Abstract These lectures cover those principles and practices of statistics that are most relevant fo...
The lectures will cover multivariate statistical methods and their applications in High Energy Physi...
The series of four lectures will introduce some of the important statistical methods used in Particl...
The series of four lectures will introduce some of the important statistical methods used in Particl...
This series will consist of four 1-hour lectures on statistics for particle physics. The goal will ...
This series will consist of four 1-hour lectures on statistics for particle physics. The goal will ...
This series will consist of four 1-hour lectures on statistics for particle physics. The goal will ...
This series will consist of four 1-hour lectures on statistics for particle physics. The goal will ...
These three lectures provide an introduction to the main concepts of statistical data analysis usefu...
The lectures will give an introduction to statistics as applied in particle physics and will provide...
The lectures will give an introduction to statistics as applied in particle physics and will provide...
The lectures will give an introduction to statistics as applied in particle physics and will provide...
The lectures will give an introduction to statistics as applied in particle physics and will provide...
Abstract These lectures cover those principles and practices of statistics that are most relevant fo...
Abstract These lectures cover those principles and practices of statistics that are most relevant fo...
Abstract These lectures cover those principles and practices of statistics that are most relevant fo...
The lectures will cover multivariate statistical methods and their applications in High Energy Physi...