Academic Discipline

Mathematics

Linear algebra, real and complex analysis, topology, differential geometry, probability, combinatorics, and number theory.

18courses132standalone talks428total lectures

Subfields

All Mathematics428 Calculus & Analysis164 Linear Algebra107 Topology & Geometry59 Category Theory, Topos Theory & Set Foundations56 Probability & Information Theory39 Combinatorics & Graph Theory34 Control & Dynamical Systems31 Convex Optimization21 Formal Methods & Type Theory20 Number Theory & Abstract Algebra18 Statistical Learning & Causality7 Algorithmic Information & Coding Theory5 Cryptography4 Computational Complexity3

Linear Algebra— Vector spaces, Gaussian elimination, eigenvalues and spectral theory, SVD, and matrix factorizations.

12 topics

All Linear Algebra Gaussian Elimination & Matrix Systems28 Vector Spaces & Subspaces28 Eigenvalues & Spectral Theory20 Orthogonality & Least Squares15 Singular Value Decomposition (SVD)8 Double Integrals3 Matrix Operations3 Matrix Representation3 Change of Variables2 Inverse Matrix2 LU Decomposition2 Matrix Inverse2

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Resonances on Geometrically Finite Graphs and Buildings

Mathematics·Research Seminar·Combinatorics & Graph Theory · Tobias Weich · Paderborn University

Tobias Weich

Paderborn University

48:56

Extremal Steklov eigenvalues, free boundary minimal surfaces, and graph realizations

Mathematics·Research Seminar·Combinatorics & Graph Theory · Braxton Osting · UC Berkeley

Braxton Osting

UC Berkeley

46:20

Nodal surplus and the spectral decomposition of the cycle space

Mathematics·Research Seminar·Combinatorics & Graph Theory · Graham Cox · UC Berkeley

Graham Cox

UC Berkeley

53:15

Maximizing algebraic connectivity for graphs of given order and size.

Mathematics·Research Seminar·Combinatorics & Graph Theory · Sebastian Cioaba · UC Berkeley

Sebastian Cioaba

UC Berkeley

38:25

Matrix Spaces; Rank 1; Small World Graphs

18.06 · Linear Algebra · Lec 11·Combinatorics & Graph Theory · Gilbert Strang · MIT

Gilbert Strang

MIT

45:56

Graphs, Networks, Incidence Matrices

18.06 · Linear Algebra · Lec 12·Combinatorics & Graph Theory · Gilbert Strang · MIT

Gilbert Strang

MIT

47:57

Showing 6 of 6 lectures4.7h shown

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Mathematics

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Mathematics

Combinatorics & Graph Theory · Linear Algebra

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Combinatorics & Graph Theory · Linear Algebra