2019
Data Assimilation Training in collaboration with the ECMWF, Univ. of Reading, 5-8th March 2019
Introduction
This 4-day intensive course on advanced data-assimilation methods will be given by
members of the Data Assimilation Research Centre and the
National Centre for Earth Observation. The course will provide an introduction to all data-assimilation methods used in numerical weather prediction, including the latest developments. All methods will be derived from a common framework to provide an overview of the assumptions and hence applicability of the different methods. The course also provides hands-on computer practicals to see the methods in action and gain a better understanding of their working. For those unfamiliar with data assimilation, or those who are keen to develop a deeper understanding of data assimilation methods, this course is a solid preparation for the main
Data Assimilation ECMWF course held on 5-8 March 2019.
To apply for this course, please send an email to Amos Lawless, with a short description of your current research interests (around 50-100 words).
Overview
An overview of the subjects covered is given below, including some supplementary material covering the basic mathematics. A map of Reading, Whiteknights campus can be found
here.
- Introduction to Data Assimilation
- Co-variances
- Computer practical covariances
- Variational Methods: Theory and practical issues
- Computer practicals Variational methods
- Ensemble Kalman Filter Methods: Theory and practical issues
- Computer practicals Ensemble Kalman filters
- Non-linear data assimilation and Particle Filters: Theory and practical issues
- Computer practicals Particle filters
- Hybrid Methods: Theory and practical issues
- Computer practicals Hybrid methods
- When to use which method
Supplementary Material
Maths primer
(pdf)
Useful linear algebra
(pdf)
Notation
(docx)
List of suggested references
(pdf)
Information
The course is a combination of lectures and computer practicals.
Click on the links to download material.
Some material may be amended up to the time of the lectures.
Handouts will be provided by the lecturers.