PickAClass · AI, Tech & Engineering · Robotics & Automation

Robot Perception & Computer Vision

Enable robots to see and interpret their environment using cameras and other sensors. Study image processing, object detection, feature extraction, and 3D reconstruction techniques.

Robot Perception & Computer Vision

LabVIEW for Computer Vision and Image Processing: Build Vision Apps

Cloud Robotics Fundamentals with AWS

3D Reconstruction and Camera Calibration Fundamentals

3D Reconstruction from a Single Viewpoint

Robotics Engineering and Collaborative Applications

Relative Motion in Physics: Mastering Frames of Reference

Mas 531 Computational Camera And Photography Fall 2009

3D Point Cloud Alignment with the Iterative Closest Point Algorithm

Foundations of Point Clouds and 3D Machine Learning

Laser Line Calibration and 3D Topography Computation

Camera and Laser Line Calibration for 3D Scanning

3D Topography Capture with Laser Line Triangulation

Homographies and Image Registration for Automated Inspection

Camera Pose Estimation with EPnP and PyTorch3D

OpenCV Perspective Warping and Image Registration

Synthetic Aperture Radar (SAR) Applications for Earth Observation

Robotics Vision: Designing Intelligent and Safe Robot Systems

Robotics Kinematics and the Geometry of Motion

Drone Topography and 3D Modeling Fundamentals

Scene Graph Engineering: Designing Hierarchical 3D Systems

Digital Orthophotos for Urban Planning and Spatial Communication

Foundations of Software Engineering

Foundations of 3D Geometric Data and Computer Vision

Fundamentals of 3D Geometric Data and Computer Vision