CNNs Case Study on a Robotic Assistive Device | ML in Robotics Course | Lesson 11

CNNs Case Study on a Robotic Assistive Device | ML in Robotics Course | Lesson 11

Vision‐Aided Screw Theory-based Numerical Inverse Kinematics of the Robot Arm Challenge #3

Vision‐Aided Screw Theory-based Numerical Inverse Kinematics of the Robot Arm Challenge #3

Vision‐Aided Screw Theory-based Numerical Inverse Kinematics of the Robot Arm Challenge #2

Vision‐Aided Screw Theory-based Numerical Inverse Kinematics of the Robot Arm Challenge #2

Vision‐Aided Screw Theory-based Numerical Inverse Kinematics of the Robot Arm Challenge #1

Vision‐Aided Screw Theory-based Numerical Inverse Kinematics of the Robot Arm Challenge #1

Project 2 ‐ 1: Screw-theory-based Inverse Kinematics Implementation #5 for Modern Robotics Course

Project 2 ‐ 1: Screw-theory-based Inverse Kinematics Implementation #5 for Modern Robotics Course

Project 2 ‐ 1: Screw-theory-based Inverse Kinematics Implementation #4 for Modern Robotics Course

Project 2 ‐ 1: Screw-theory-based Inverse Kinematics Implementation #4 for Modern Robotics Course

Student Submission for Modern Robotics Project 1 Taught by Dr. Madi at SLU

Student Submission for Modern Robotics Project 1 Taught by Dr. Madi at SLU

Modern Robotics HW 5 (Kinova Gen 3's FK Using PoE) Submissions (See description for the links)

Modern Robotics HW 5 (Kinova Gen 3's FK Using PoE) Submissions (See description for the links)

Modern Robotics Lab 10 (Forward Kinematics Using PoE) Submissions (See description for the links)

Modern Robotics Lab 10 (Forward Kinematics Using PoE) Submissions (See description for the links)

How Convolutional Neural Networks (CNNs) Work | ML in Robotics Course | Lesson 10

How Convolutional Neural Networks (CNNs) Work | ML in Robotics Course | Lesson 10

Lab 5: Exploring DOFs and Joint Types in the PincherX 100 Robot Arm plus DOFs Practice Questions

Lab 5: Exploring DOFs and Joint Types in the PincherX 100 Robot Arm plus DOFs Practice Questions

Lab 4: Working with Python‐ROS API and a Simple Pick‐and‐Place Task Student Submissions

Lab 4: Working with Python‐ROS API and a Simple Pick‐and‐Place Task Student Submissions

Lab 2: ROS2 Humble Interface Installation & Running the Robot in Simulation & Reality Student Report

Lab 2: ROS2 Humble Interface Installation & Running the Robot in Simulation & Reality Student Report

Prerequisite 2: Introduction to Python Programming with Emphasis on Robotics Applications

Prerequisite 2: Introduction to Python Programming with Emphasis on Robotics Applications

How to Uninstall Ubuntu 22.04 LTS

How to Uninstall Ubuntu 22.04 LTS

How to Install Ubuntu 22.04 for ROS2 humble

How to Install Ubuntu 22.04 for ROS2 humble

Modern Robotics Course: Introduction

Modern Robotics Course: Introduction

Neural Network in Machine Learning Example | ML in Robotics Course | Lesson 9

Neural Network in Machine Learning Example | ML in Robotics Course | Lesson 9

Neural Network Architecture in Machine Learning | Lesson 8

Neural Network Architecture in Machine Learning | Lesson 8

Classification in Machine Learning Example Using Logistic Regression | Lesson 7

Classification in Machine Learning Example Using Logistic Regression | Lesson 7

Binary Classification and Logistic Regression in Machine Learning | Lesson 6

Binary Classification and Logistic Regression in Machine Learning | Lesson 6

Linear Regression for Machine Learning: a Case Study | Stereo Vision Depth Estimation | Lesson 5

Linear Regression for Machine Learning: a Case Study | Stereo Vision Depth Estimation | Lesson 5

Linear Regression for Machine Learning | Gradient Descent Algorithm | Supervised Learning | Lesson 4

Linear Regression for Machine Learning | Gradient Descent Algorithm | Supervised Learning | Lesson 4

Python for Machine Learning in 40 Minutes | Machine Learning for Robotics | Lesson 3

Python for Machine Learning in 40 Minutes | Machine Learning for Robotics | Lesson 3

Guns (Utilities) Needed for Following Machine Learning Tutorials | Lesson 2

Guns (Utilities) Needed for Following Machine Learning Tutorials | Lesson 2

Introduction to Machine Learning (ML) | Machine Learning for Robotics | Lesson 1

Introduction to Machine Learning (ML) | Machine Learning for Robotics | Lesson 1

Forward Kinematics in Robotics Using Screw Theory + Matlab Code & Great Demos | Lesson 19

Forward Kinematics in Robotics Using Screw Theory + Matlab Code & Great Demos | Lesson 19

Object & Color Detection Using OpenCV | Augmented Reality using OpenCV (9/9)

Object & Color Detection Using OpenCV | Augmented Reality using OpenCV (9/9)

Color Detection Using OpenCV | Augmented Reality using OpenCV (8/9)

Color Detection Using OpenCV | Augmented Reality using OpenCV (8/9)

Object Detection Using OpenCV | Augmented Reality using OpenCV (7/9)

Object Detection Using OpenCV | Augmented Reality using OpenCV (7/9)