IoT: Internet of Things

TEACHING UNIT 1: THE INTERNET OF THINGS 1. Context: The Internet of Things (IoT) 2. What Is the IoT? 3. Components of the IoT Ecosystem 4. IoT Architecture 5. Devices and Components Used 6. Examples of Use 7. Challenges and Future Areas of Research TEACHING UNIT 2: TECHNOLOGIES APPLIED TO THE INTERNET OF THINGS 1. The Relationship Between M2M and IoT 2. IoT and Smart Cities 1. – The Concept of a Smart City 2. – Characteristics of a Smart City 3. – Sustainability Models in Smart Cities 3. Intelligent Transportation Systems 4. Smart Home 1. – Communications 2. – The Residential Gateway 3. – Environmental Intelligence TEACHING UNIT 3: IoT DEVICES AND APPLICATIONS 1. Devices and the IoT 1. – Smart Sensors 2. – Embedded Systems 3. – Wearables 2. Interfaces 1. – Touch Interfaces 2. – Image-Based Interfaces 3. – Voice-Based Interfaces 3. 3D Printing 1. – Origins, Development, and Current State of 3D Printing 2. – Applications of 3D Printing 3. – 3D Printing Technologies TEACHING UNIT 4: IoT SECURITY 1. ICT Security 2. Types of ICT Security 3. IoT Vulnerabilities 4. Specific IoT Security Requirements TEACHING UNIT 5: IoT-BASED ENERGY SYSTEMS 1. The Importance of Energy Efficiency 1. – Viable Alternatives 2. Sources of Energy Consumption 1. – Energy Consumed in Industry 2. – Energy Consumed in Homes 3. – Energy Consumed by Transportation 4. – Public Utilities 3. The IoT as a Key Ally for Renewable Energy 1. – General Characteristics of Renewable Energy 2. – Development of Renewable Energy 3. – The IoT as an Enabler of Renewable Energy 4. Microgrids TEACHING UNIT 6 CYBER-PHYSICAL SYSTEMS 1. Context: Cyber-Physical Systems (CPS) 2. CPS Characteristics 3. CPS Components 4. Examples of Use 5. Challenges and Future Directions TEACHING UNIT 7 THE INTERNET OF THINGS WITH ARDUINO 1. Introduction to Arduino 2. Features 3. Objectives 4. A Look Back at the Past 5. The Microcontroller 6. Hardware Components