Engineering & Robotics

Control theory, dynamical systems, signal processing, convex optimization, robotics, and electrical engineering.

7 courses · 104 standalone talks · 333 total lectures

All Engineering Signal Processing & Robotics (136)Control & Dynamical Systems (113)Complex Systems & Scaling (57)Linear Algebra (46)Convex Optimization (38)Calculus & Analysis (25)Algorithms & Data Structures (23)Computer Architecture (16)Behavioral & Evolutionary Biology (15)science (12)

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Aubry-Mather Theory, Complete Devil Stair Case and Fractional Quantum Hall Effects

Aubry-Mather Theory, Complete Devil Stair Case and Fractional Quantum Hall Effects

Mathematics·Research Seminar · Jinxin Xue · Institute for Advanced Study

Jinxin Xue Institute for Advanced Study

1:02:45

Kupka-Smale Genericity in Analytic Convex Billiards

Kupka-Smale Genericity in Analytic Convex Billiards

Mathematics·Research Seminar · Inmaculada Concepcion Baldomá Barraca · Institute for Advanced Study

Inmaculada Concepcion Baldomá Barraca Institute for Advanced Study

1:07:39

On the Stability and Instability of Elliptic Equilibria of Real Analytic Hamiltonians

On the Stability and Instability of Elliptic Equilibria of Real Analytic Hamiltonians

Physics·Research Seminar · Bassam Fayad · University of Maryland

Bassam Fayad University of Maryland

1:06:33

Terence Tao on Yves Meyer's Wavelets: The Abel Prize 2017

Terence Tao on Yves Meyer's Wavelets: The Abel Prize 2017

Engineering·Public Colloquium · Terence Tao · University of California, Los Angeles (UCLA)

Terence Tao University of California, Los Angeles (UCLA)

30:17

Navigating the Quantum Complexity of Matter

Navigating the Quantum Complexity of Matter

Engineering·Research Seminar · Marco Buongiorno Nardelli · Santa Fe Institute

Marco Buongiorno Nardelli Santa Fe Institute

45:49

Helicity as a Foliated Cobordism Invariant, Part 2

Helicity as a Foliated Cobordism Invariant, Part 2

Mathematics·Research Seminar · Oliver Edtmair · Institute for Advanced Study

Oliver Edtmair Institute for Advanced Study

1:05:47

Bridging Rigorous Methods with Machine Learning in Robotics

Bridging Rigorous Methods with Machine Learning in Robotics

Engineering·Standalone Lecture · Stanford University

Stanford University

1:01:52

The Shape of Gravity: Why On Earth Are Planets Spherical?

The Shape of Gravity: Why On Earth Are Planets Spherical?

Physics·Public Colloquium · Alain Goriely · Gresham College

Alain Goriely Gresham College

48:46

Plato to Polybius on Constitutional Change

Plato to Polybius on Constitutional Change

Philosophy·Public Colloquium · Melissa Lane · Gresham College

Melissa Lane Gresham College

47:43

Lecture 1 | Introduction to Robotics

Lecture 1 | Introduction to Robotics

CS223A · Lec 1 · Oussama Khatib · Stanford University

Oussama Khatib Stanford University

58:11

Lecture 1 | Introduction to Linear Dynamical Systems

Lecture 1 | Introduction to Linear Dynamical Systems

EE263 · Lec 1 · Stephen Boyd · Stanford University

Stephen Boyd Stanford University

1:16:46

MAE5790-1 Course introduction and overview

MAE5790-1 Course introduction and overview

MAE 5790 · Lec 1 · Steven Strogatz · Cornell University

Steven Strogatz Cornell University

1:16:31

1. Introduction, Financial Terms and Concepts

1. Introduction, Financial Terms and Concepts

18.S096 · Lec 1 · Peter Kempthorne, Jake Xia & Vasily Strela · MIT

Peter Kempthorne, Jake Xia & Vasily Strela MIT

1:00:30

Control Bootcamp: Overview

Control Bootcamp: Overview

ME 564 · Lec 1 · Steve Brunton · University of Washington

Steve Brunton University of Washington

19:31

Lecture 17: Chaos in the Lorenz Equations (MAE 5790)

Lecture 17: Chaos in the Lorenz Equations (MAE 5790)

MAE 5790 · Lec 17 · Steven Strogatz · Cornell University

Steven Strogatz Cornell University

1:16:36

Lecture 18: Strange Attractor for the Lorenz Equations (MAE 5790)

Lecture 18: Strange Attractor for the Lorenz Equations (MAE 5790)

MAE 5790 · Lec 18 · Steven Strogatz · Cornell University

Steven Strogatz Cornell University

1:13:48

Lecture 15: Chaotic Waterwheel (MAE 5790)

Lecture 15: Chaotic Waterwheel (MAE 5790)

MAE 5790 · Lec 15 · Steven Strogatz · Cornell University

Steven Strogatz Cornell University

1:14:12

Lecture 21: Feigenbaum's Renormalization Analysis of Period Doubling (MAE 5790)

Lecture 21: Feigenbaum's Renormalization Analysis of Period Doubling (MAE 5790)

MAE 5790 · Lec 21 · Steven Strogatz · Cornell University

Steven Strogatz Cornell University

1:15:59

Lecture 19: One-Dimensional Maps (MAE 5790)

Lecture 19: One-Dimensional Maps (MAE 5790)

MAE 5790 · Lec 19 · Steven Strogatz · Cornell University

Steven Strogatz Cornell University

1:14:35

Lecture 16: Waterwheel Equations and Lorenz Equations (MAE 5790)

Lecture 16: Waterwheel Equations and Lorenz Equations (MAE 5790)

MAE 5790 · Lec 16 · Steven Strogatz · Cornell University

Steven Strogatz Cornell University

1:12:42

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