Abstract These lectures cover those principles and practices of statistics that are most relevant for work at the LHC. The first lecture discusses the basic ideas of descriptive statistics, probability and likelihood. The second lecture covers the key ideas in the frequentist approach, including confidence limits, profile likelihoods, p-values, and hypothesis testing. The third lecture covers inference in the Bayesian approach. Throughout, real-world examples will be used to illustrate the practical application of the ideas. No previous knowledge is assumed
This course of lectures will cover probability, distributions, fitting, errors and confidence levels...
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 ...
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 give an introduction to statistics as applied in particle physics and will provide...
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 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...
The series of four lectures will introduce some of the important statistical methods used in Particl...
Now that the LHC physics program is well under way and results have begun to pour out of the experim...
This document is a pedagogical introduction to statistics for particle physics. Emphasis is placed o...
This course of lectures will cover probability, distributions, fitting, errors and confidence levels...
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 ...
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 give an introduction to statistics as applied in particle physics and will provide...
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 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...
The series of four lectures will introduce some of the important statistical methods used in Particl...
Now that the LHC physics program is well under way and results have begun to pour out of the experim...
This document is a pedagogical introduction to statistics for particle physics. Emphasis is placed o...
This course of lectures will cover probability, distributions, fitting, errors and confidence levels...
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 ...