Category: Data Science

Temporal Graph Networks

Temporal Graph Networks are a type of machine learning model that analyse data where relationships between items change over time. These models track not only the connections between objects, like people or devices, but also how these connections appear, disappear, or change as time passes. This helps to understand patterns and predict future events in…

Curiosity-Driven Exploration

Curiosity-driven exploration is a method where a person or a computer system actively seeks out new things to learn or experience, guided by what seems interesting or unfamiliar. Instead of following strict instructions or rewards, the focus is on exploring unknown areas or ideas out of curiosity. This approach is often used in artificial intelligence…

Structured Prediction

Structured prediction is a type of machine learning where the goal is to predict complex outputs that have internal structure, such as sequences, trees, or grids. Unlike simple classification or regression, where each prediction is a single value or label, structured prediction models outputs that are made up of multiple related elements. This approach is…

Synthetic Feature Generation

Synthetic feature generation is the process of creating new data features from existing ones to help improve the performance of machine learning models. These new features are not collected directly but are derived by combining, transforming, or otherwise manipulating the original data. This helps models find patterns that may not be obvious in the raw…

Cross-Validation Techniques

Cross-validation techniques are methods used to assess how well a machine learning model will perform on information it has not seen before. By splitting the available data into several parts, or folds, these techniques help ensure that the model is not just memorising the training data but is learning patterns that generalise to new data….

Robust Optimization

Robust optimisation is a method in decision-making and mathematical modelling that aims to find solutions that perform well even when there is uncertainty or variability in the input data. Instead of assuming that all information is precise, it prepares for worst-case scenarios by building in a margin of safety. This approach helps ensure that the…