Ubiquity and Internet of Things

Description

Objectives: Have a general knowledge about IoT technologies in a smart cities context Understand the concept of connected object and associated technologies Learning outcomes: Know the communication technologies related to ubiquity network Know how to use and associate these technologies Introduction Introduction Smart object or sensor From smart object The Arduino phenomenon to connected object Transition toward ARM architecture : the Rapsberry example Connected object = Smart object + Communication solution Wire networks (xDSL, Fibre, Ethernet) Wireless networks (3g/4g, femtocell, Wifi, Bluetooth) Ubiquitous network: Machine 2 Machine (Zwave, Zigbee, LORA / SIGFOX) or sensor networks from PAN to WAN Vehicular application (V2V and V2I) Content: Contactless technologies (RFID et NFC) Datacenter Cloud computing Cloud providers : Amazon, Microsoft, Google Virtualization : PAAS, SAAS, IAAS Development Analysis (Big data) et Visualization and value-creation Example of big data for cities Inhibitors of deployment Standardization, interoperability, data management, safety, organization, acceptability