The course gives a comprehensive overview over modern Natural Language Processing (NLP) with main emphasis on probabilistic and machine learning techniques. Methodology for experiments based on ...

The course is an introduction to developmental biology and genetics - in plants, animals and other relevant groups of organisms. We will use concepts and principles from genetics and epigenetics to ...

Nanochemistry combine chemical and solid-state chemistry toward synthesis and characterization of building blocks that depends on size, shape (faceting), surface, defects and chemical composition to ...

Coping with climate change and securing a clean and biodiversity rich environment are pressing challenges to modern societies. It will require transitions of political procedures, social structures, ...

This course gives an introduction to commutative rings and their modules. We study concepts such as localization, decomposition of modules, chain conditions for rings and modules, and dimension theory ...

This course gives a basic introduction to machine learning (ML) and artificial intelligence (AI). Through an algorithmic approach, the students are given a practical understanding of the methods being ...

The course gives an introduction to the most important notions and problems in mathematical finance. The theory of arbitrage for pricing and hedging derivatives (options) will be studied in the ...

This course provides an overview of a range of resources and practical bioinformatic tools that are used in molecular biology. Scientists actively developing and applying bioinformatic tools in their ...

This course constitutes a basic module in the study of Chinese culture and society at the postgraduate level. Through interactive seminars you will: learn how to identify, access and process Chinese ...

This course examines key aspects of the cultural history of magic and witchcraft, with emphasis on the witch hunts in early modern Europe. It explores how conceptions of magic, witchcraft, and ...

The course provides a thorough introduction to design, analysis (both theoretical and empirical), and programming of difference and elemental methods to solve differential equations. In addition, the ...