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Data Mining - Fall 2025

UofU Data Science via YouTube

Overview

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Explore fundamental concepts and advanced techniques in data mining through this comprehensive university lecture series from the University of Utah's Fall 2025 course taught by Instructor Jeff Phillips. Master essential topics including statistical principles, distance metrics, nearest neighbor search, Jaccard similarity, locality-sensitive hashing, hierarchical agglomerative clustering, k-means clustering algorithms, streaming data processing, frequency approximation methods, principal component analysis, matrix sketching, metric learning, random projections, machine learning theory, outlier detection, anomaly identification, privacy considerations, graph embeddings, and Markov chains. Gain practical knowledge of streaming algorithms for distinct item counting and mergability, while developing a solid foundation in both theoretical concepts and real-world applications of data mining techniques used in modern data science workflows.

Syllabus

L24 - Markov Chains
L23 - GraphEmbedding
L22 - Privacy
L21 - Anomalies
L20 - Outliers
L19 - Theory of Science -- Machine Learning
L18-RandProjection
L17 : Metric Learning
L16 - Mat Sketch
L15 - PCA
L14 - Streaming Distinct Item Counting + Mergability
L13 - Streaming Frequency Approx.
L12 - Streaming
L9 - k-means (and friends)
L8-HAC
L7 - LSH + DistroDist
L6-Jaccard
L5 - NN Search
L4 - Distances
L3 - Word Embeddings
L2 - StatsPrin
L1 : Welcome to Data Mining

Taught by

UofU Data Science

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