Presentation
Unit 0. Introduction
0.1. Introduction to AI, Programming and Robotics
Introduction to AI
Unit 1. Sensors and AI
Sensors and AI: Fundamentals and Applications
1. Learning: Biological Systems and AI
Learning in Biological Systems: Decisions and Free Will
Learning, AI, Programming, and Robots
✏️ Exercises
2. Sensors, typology and applications
Sensors
Types of sensors
Applications
3. Fundamentals of AI
Fundamentals of AI
Decision Trees
Big Data
Neural Networks
4. Basic techniques of AI
Expert systems
Neural networks
Machine learning
5. Automatic information processing
Automatic information processing
Project Rock Paper Scissors Lizard Spock
0. The Project
1. The Game
2. Graphics and Animation
3. Logic and Flow Control
4. Final Version and Testing
Tutorial: Rock, Paper, Scissors
Activities & Projects
A01. Learning in Biological Systems
A02. Title
A03. Title
Glossary
Unit 6. Robotics
Robotics in Action: Assembly, Control, and Programming
0. Introduction to Robotics
Introduction
What is a robot?
Robots and AI
Robots
Robotics and AI
How Engineering Robots Works
Control of robotic systems
Introduction to mBlock
Sensors, actuators and controllers
Introduction
Sensors
Actuators
Controllers
mBot
Project (I): mBot Robot Programming
Project (II): Robot Research
Criterios de evaluación
More
Blog
Instagram
Artificial Intelligence, Programming and Robotics (I) - 2.º ESO
Unit 6. Robotics
Robotics in Action: Assembly, Control, and Programming
Unit 6. Robotics in Action: Assembly, Control, and Programming
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