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Course Description
Course Description
This course is designed to provide you with comprehensive knowledge about IoT devices, frameworks, and standards. We will focus on various IoT use cases and connectivity scenarios that are set to shape the future of networks.
Reference Book
Andy King. Programming the Internet of Things: An Introduction to Building Integrated, Device-to-Cloud IoT Solutions. O'Reilly Media; 1st edition (July 20, 2021)
Prof. Davide Taibi
Professor at the University of Oulu - M3S Group (Finland)
Prof. Michele Albano
Associate Professor at the University of Aalborg (Denmark)
Knowledge
Layered models and reference architectures
Embedded systems and sensor networks
IoT gateways
Examples of specific IoT services and applications: Smart-Energy, Smart-Health, Smart-City, Smart-X, Industry 4.0
Communication protocols for IoT (e.g., Rest, MQTT, CoAP)
Cloud platforms for IoT applications (e.g., AWS, Azure, Google Cloud IoT)
Principles of data processing, storage, analysis, and machine learning
Visualization techniques
Skills
Analysis of heterogeneous and distributed IoT solutions
Design, development, integration, and testing of IoT technologies
Professional terminology and concept usage
Competencies
Selection and evaluation of IoT technologies based on specific requirements
Implementation and integration of IoT solutions into architectures
Assessment of user, business, and technical implications of IoT solutions
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