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Artificial intelligence
Understand the core ideas behind AI, explore real-world applications and discover how it is used in professional and analytical contexts.
Explore AI articles
Understand complex topics in a structured and accessible way.
See how AI is applied across industries and analytical fields.
Explore both opportunities and limitations.
Key topics
From core concepts and types of AI to real-world applications, challenges and future developments — a structured guide to help you understand how AI works and where it is used.
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A clear overview of core concepts, terminology and how AI systems are developed and used.
AI describes computational methods used for tasks such as recognising patterns, learning from examples and supporting decisions. An AI system is defined as much by its purpose and data as by its algorithms.

From machine learning to generative AI — an introduction to the main approaches.
Supervised learning uses labelled examples; unsupervised learning investigates patterns without predefined labels. Generative models produce new outputs based on relationships learned from training data.

Examples of how AI is used in business, research and the public sector.
Applications include document classification, anomaly detection and demand forecasting. Their reliability depends on relevant data, testing and careful interpretation in context.

Key benefits, limitations and important considerations when working with AI.
AI can accelerate particular analytical tasks, but outputs may be wrong, misleading or unfair. Good practice includes evaluation, documentation and appropriate human oversight.

AI in practice
Artificial intelligence is applied in fields ranging from data analysis and automation to content creation and decision support.
It can help detect unusual transactions, classify documents or forecast demand. Whether these approaches are useful depends on the training data, evaluation criteria and the people reviewing the results.
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A balanced view of the opportunities, limitations and responsibilities that come with the use of artificial intelligence in real-world settings.
Learn about responsible AIMissing values, inconsistent definitions and unrepresentative datasets can affect model performance. Examine the source, suitability and limitations of data before applying a model.
AI systems can reproduce patterns and inequalities present in training data. Evaluation should consider who may be affected by mistakes and how performance varies across relevant groups.
Responsible applications require clear rules for access, retention, confidentiality and security. Sensitive information should not be shared without reviewing the applicable safeguards.
Human review remains important when interpreting outputs, checking assumptions and making decisions with significant consequences. Results should be assessed against the purpose of the task.
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