Lecture scheduling constraints

Obviously, different teachings can have overlapping schedules. To help you decide wether to attend each teaching during your first or second year, this page categorises the offered teachings in the following four groups:

• "Ada Lovelace" group: lectures will be held from (roughly) end of September to end of December each year

• "Charles Babbage" group: lectures will be held from (roughly) end of September to end of December each year

• "Joan Clarks" group: lectures will be held from (roughly) end of February to end of May each year

• "Alan Turing" group: lectures will be held from (roughly) end of February to end of May each year.

You can be certain that lectures belonging to the same group will not overlap.

Ada Lovelace group

Lectures scheduled from the end of September to the end of December

Lectures of the teachings below will not overlap.

• Automatic Verification of Intelligent Systems

• Autonomous Networking

• Biometric Systems

• Blockchain and Distributed Ledger Technology

• Computational Complexity

• Computer Network Performance

• Cryptography

• Network Algorithms

• Security in Software Applications

Charles Babbage group

Lectures scheduled from the end of September to the end of December

Lectures of the teachings below will not overlap.

• Advanced Machine Learning and Computer Vision

• Big Data Computing

• Computer Vision

• Distributed Systems

• Foundations of Data Science

• High-Performance Computing

• Methods in Computer Science Education: Design

• Models of Computation

• Quantum Computing

Joan Clarks group

Lectures scheduled from the end of February to the end of May

Lectures of the teachings below will not overlap.

• Advanced Algorithms

• Advanced Architectures

• Cloud Computing

• Concurrent Systems

• Graph Theory

• Internet of Things

• Logics and reasoning

• Methods in Computer Science Education

Alan Turing group

Lectures scheduled from the end of February to the end of May

Lectures of the teachings below will not overlap.

• Advanced Software Engineering

• Data and Network Security

• Deep Learning and Applied Artificial Intelligence

• Formal Methods for AI-based Systems Engineering

• Human-Computer Interaction on the Web

• Multimodal Interaction

• Natural Language Processing

• Practical Network Defense