Artificial Intelligence
Exploring Artificial Intelligence methods for developing adaptive systems and data-driven solutions to complex real-world challenges.
Focus
Exploring Artificial Intelligence methods for developing adaptive systems and data-driven solutions to complex real-world challenges.
Exploring ML techniques to develop intelligent systems, focusing on prediction, pattern recognition, and data-driven solutions.
Reproducible training, drift detection and the engineering practice that keeps a deployed model honest over time.
Retrieval, summarisation and extraction over domain documents, with a particular interest in evaluating what these systems get wrong.
Detection and segmentation in settings where labelled data is scarce and the cost of a false negative is high.
Developing intelligent systems to analyze data, identify patterns, and support accurate, timely, and reliable diagnosis.
6 in total
Retrieval-Augmented Generation over Long Technical Documents
Placeholder abstract. Chunking strategy tends to matter more than the choice of retriever once documents pass a certain length. Replace this entry with your own publication.
Practical Drift Detection in Production Machine Learning Pipelines
Placeholder abstract. Most drift alarms in production are caused by upstream schema changes rather than by genuine distribution shift. Replace this entry.