Arithmetic Geometry and ComputationTheory & Algos·Public Colloquium · Minhyong Kim · International Centre for Mathematical Sciences, EdinburghMinhyong KimInternational Centre for Mathematical Sciences, Edinburgh13 ch54:19
Quantum Algorithms Recap: Hadamard TransformTheory & Algos·Standalone Lecture · Ryan O'Donnell · Carnegie Mellon UniversityRyan O'DonnellCarnegie Mellon University29:57
Linear-size ℓ₁ SparsifiersTheory & Algos·Research Seminar · Victor Reis · Microsoft ResearchVictor ReisMicrosoft Research45:15
Introduction to Information Theory (University of Cambridge, Lecture 1)Mathematics·Standalone Lecture · David MacKay · University of CambridgeDavid MacKayUniversity of Cambridge1:01:51
Latent Variable models and Subset Smoothing (SIMONS-TCS-ML)SIMONS-TCS-ML · Lec 18 · Ravi Kannan · UC Berkeley / Simons InstituteRavi KannanUC Berkeley / Simons Institute29:26
Community detection with the Bethe-HessianSystems & CS·Research Seminar · Yizhe Zhu · UC Berkeley / Simons InstituteYizhe ZhuUC Berkeley / Simons Institute52:50
A Solution to the Stable Marriage ProblemTheory & Algos·Public Colloquium · Emily Riehl · Perimeter InstituteEmily RiehlPerimeter Institute45:19
Geometry: Hyperbolic space - the upper half-space and Poincaré disk models. 2nd Year Student LectureTheory & Algos·Standalone Lecture · Jason Starr · University of OxfordJason StarrUniversity of Oxford47:32
Extremal Combinatorics Meets Algorithms and Data StructuresTheory & Algos·Research Seminar · Parinya Chalermsook · University of OxfordParinya ChalermsookUniversity of Oxford50:24
Sequential Optimization of Dynamically Augmented Conditional Value-at-RiskAI & ML·Research Seminar · Alberta Machine Intelligence InstituteAlberta Machine Intelligence Institute55:29
Dual Averaging Method for Regularized Stochastic Learning and Online OptimizationSystems & CS·Conference Talk · Lin Xiao · GoogleLin XiaoGGoogle24:39
Proof: All Norms Are ConvexTheory & Algos·Standalone Lecture · Steve Brunton · University of WashingtonSteve BruntonUniversity of Washington7 ch18:51
4. Pushdown Automata, Conversion of CFG to PDA and Reverse Conversion18.404J · Lec 4 · Michael Sipser · MITMichael SipserMIT1:09:22
3. Divide & Conquer: FFT6.046J · Lec 4 · Erik Demaine & Srini Devadas · MITErik Demaine & Srini DevadasMIT1:20:52
MIT 18.06 Lecture 7: Solving Ax = 0 — Pivot Variables, Free Variables & Rank18.06 · Lec 7 · Gilbert Strang · MITGilbert StrangMIT4 ch43:19
Lecture 7: Introduction to Galois Fields for the AES by Christof PaarCRYPTO-101 · Lec 7 · Christof Paar · Ruhr University BochumChristof PaarRuhr University Bochum1:30:50