Overview
Learn about distance metric learning and outlier detection in this university lecture that covers essential data mining concepts. Explore the fundamentals of distance metric learning, including optimization objectives and procedures, before diving into DML-EIG implementation. Understand different classes of data noise and various approaches to outlier detection, including removal techniques and density-based methods. Master the DBSCAN algorithm and its applications, followed by an exploration of reverse nearest neighbors. Conclude with an introduction to matrix completion techniques. The lecture provides both theoretical foundations and practical implementations of these crucial data mining concepts.
Syllabus
Recording starts
Announcements
Distance metric learning
Recasting the optimization objective
Optimization procedure
DML-EIG
Classes of data noise
Outliers
Outlier removal
Density-based approach
DBSCAN
Reverse nearest neighbors
Matrix completion intro
Lecture end
Taught by
UofU Data Science