Conoscenza degli scenari applicativi, delle tecnologie abilitanti, delle architetture e delle evoluzioni caratterizzanti l'Internet degli Oggetti.
Conoscenza delle architetture e dei protocolli TCP/IP, conoscenza dei fondamenti di telecomunicazioni
Non obbligatoria
1. Introduction to the Internet of Things
2. Tecnologie abilitanti
IEEE 802.15 and 6LOWPAN
RFID systems
IoT Architectures
Operating systems for IoT
3. Software Defined Internet of Things
OpenFlow e mininet
OpenFlow Controllers (NOX, POX, Floodlight, etc.)
Network Operating Systems (ONOS, OpenDayLight)
Network function virtualization
Architectures for Software Defined IoT
4. Internet of Things and Content Delivery Networks
Reference architectures and protocols
Commercial platforms (Akamai, Amazon)
Peer-to-peer solutions
Content Centric Networking (CCN)
Content Centric Networking solutions for IoT (CCN-Lite)
Tutto il material didattico sarà reperibile sul portale Studium.
* | Argomenti | Riferimenti testi | |
1 | * | Internet of Things: Introduction, IEEE 802.15, 6LOWPAN, RFID systems, IoT Architectures | 1, 2 |
2 | Operating systems for the IoT | 1, 2 | |
3 | * | Software defined networking and network function virtualization IoT: Introduction and motivations, OpenFlow e mininet, Controllori per OpenFlow, Sistemi operativi di rete (ONOS), Software Defined IoT | 2, 3 |
4 | Software defined networking and network function virtualization for IoT: Examples of SDN Controllers (NOX, POX, Floodlight, etc.), OpenDayLight, network function virtualization | 3 | |
5 | * | Content delivery networks and IoT: Introduction and motivations, Reference Architectures and protocols, Content Centric Networking (CCN), Content Centric Networking e IoT (CCN-Lite) | 2, 4 |
6 | Content delivery networks and IoT: Commercial platforms (Akamai, Amazon), Peer-to-peer networks | 2, 4 |
Esame orale e discussione progetto.
Non previste
Non previste.
Esempi di domande possono essere trovate sul portale Studium