Course Introduction

  • The Robotic AI Agent
  • Mathematical Prerequisites

Foundations: Statistical Learning Theory

  • The learning problem
  • Linear Regression
  • Gradient Descent
  • Entropy
  • Maximum Likelihood Estimation
  • Binary Classification
AI for Robotics/Overview

AI in Robotics

Pantelis Monogioudis, Ph.D

Course overview

A comprehensive journey in Robotics through the lens of AI.

2 modules
·
8 lessons
·
1 hr 58 min
Start the course
Module 1

Course Introduction

Robotic agents that can perceive and act in the world using AI.

  1. The Robotic AI Agent·14:36

    A practical map for navigating the illusion that you actually have any agency at all.

    14:36
  2. Mathematical Prerequisites·14:36

    What you need to know before diving into the course material.

    14:36
Module 2

Foundations: Statistical Learning Theory

From Vapnik to Hinton, the mathematical underpinnings of modern AI.

  1. The learning problem·14:52

    The Vapnik block diagram.

    14:52
  2. Linear Regression·14:52

    Extracting non-linear patterns with linear models.

    14:52
  3. Gradient Descent·14:52

    Optimizing complicated functions with iterative methods.

    14:52
  4. Entropy·14:52

    Informarion theory principles.

    14:52
  5. Maximum Likelihood Estimation·14:52

    The workhorse of statistical modeling.

    14:52
  6. Binary Classification·14:52

    Binary classification.

    14:52