Explore advanced concepts in algebraic structures as they relate to logic and query evaluation in this hour-long lecture by Val Tannen from the University of Pennsylvania. Delve into the intricate connections between algebraic theory and database systems, focusing on their applications in query processing and optimization. Gain insights into how these mathematical foundations underpin modern database technologies and influence the development of efficient algorithms for data retrieval and analysis. Part of the Logic and Algorithms in Database Theory and AI Boot Camp at the Simons Institute, this talk builds upon previous discussions, offering a deeper understanding of the algebraic frameworks that drive contemporary database systems and artificial intelligence applications.
Algebraic Structures in Logic and Query Evaluation - Part 2
Overview
Syllabus
Algebraic Structures in Logic and Query Evaluation 2
Taught by
Simons Institute
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Algebraic Structures in Logic and Query Evaluation - Part 1
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Algebraic Structures in Logic and Query Evaluation - Part 4
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Algebraic Structures in Logic and Query Evaluation - Lecture 3
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Query Optimization and Evaluation 1 - Output Size Bounds and Information Theory
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Query Optimization and Evaluation 2 - Worst-Case Optimal Join Algorithms
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Query Optimization and Evaluation 3 - Variable Elimination and Tensor Decomposition
