Description

The Internet of Things in addition to Web technology are the major tools of the new era of digital transformation. Through the Internet of Things we are researching the potential of new technologies in the Digital world and their impacts in improving the real world. This seminar is a state of the art in the emerging field of the Internet of Things. It makes it possible to offer services in many sectors such as e-health, monitoring, traceability, automation of production lines, and many other areas where technological innovation is very promising...

Who is this training for ?

For whom ?

This seminar is aimed at network managers, study managers, decision-makers and entrepreneurs in the field of the future Internet of Things service.

Prerequisites

Training objectives

Evaluate the main aspects of the Internet of Things field

Identify the problem and the inherent technical solutions

Discover the advantages and disadvantages of the Internet of Things field

Judge the economic and innovation opportunities provided by the Internet of Things field

'Internet of Things

Training program

• Concept of Things and Internet of Things
  • - Definition of the term Internet of Things (Internet of Things, Thing to Thing, Internet of Everything.
  • - ).
  • - Concepts, model and principles.
  • - Connected object concepts (QRCode, RFID Tag, Sensor.
  • - ).
  • - Microcontroller architecture: microchip, digital systems (Arduino, System On Chip.
  • - ).
  • - Single-interface, multi-interface/multi-mode terminal.
  • - Wearable terminal.
  • - Around the operating system of the connected object (TinyOS, Contiki, RIOT.
  • - ).
  • - Electronics industry and connected objects.
  • - Issues of optimized energy consumption at the level of integrated circuits.
  • - Demonstration Connected watch, connected vehicle, industrial sensor, human body sensor.
• IoT communication features and technologies

  - n'as pas encore du programme

• Networking and Internet of Things Architectures
  • - Limits of the IP/Internet model and energy consumption of the Internet of Things.
  • - Evolution of the IP/Internet model to meet the new needs of the Internet of Things .
  • - Nano-IP architecture and 6LowPan architecture.
  • - Routing: ROLL.
  • - IP compression.
  • - Naming and identification techniques 'objects.
  • - Object Name Service (ONS).
  • - Service access architecture, service composition for the Internet of Things.
  • - Geolocation in indoor and outdoor.
  • - Object tracking.
  • - Traceability and new Beaconning solutions.
  • - New approaches: "Autonomic communication", "Information Centric Network".
  • - Exchanges Exchanges on the main limits of the IP/Internet model.
• Areas of application and new services
  • - Surveillance and monitoring: ecology, security.
  • - Automation of processes around the person: home, in the office.
  • - Automation of processes around the company and of industry: automation of production lines.
  • - Automation and critical systems (CPS).
  • - Automation of processes around health: e-management of patient files.
  • - Automation of meter reading (electricity, water, etc.
  • - ): Smart Cities.
  • - Demonstration Demonstrations on the different areas of application .
• Standardization, Industrial Alliances, IoT Platforms and Security
  • - Standardization of cellular networks (LTE Narrowband.
  • - ).
  • - Standardization of IoT networks (OneM2M, ITU, GS1, EPCGlobal.
  • - ).
  • - ITU standardization.
  • - Industrial alliances: AllSeen, OIC, IPSO.
  • - Communication gateway with heterogeneous technology objects.
  • - One-hop or multi-hop connected object management solution.
  • - IoT and Cloudification platforms (ThingWorks, Oracle, Cisco.
  • - ).
  • - IoT security.
  • - Authentication and access control.
  • - Encryption and integrity control.
  • - Security and safety.
  • - Data ownership and private life.
  • - Collective reflection Reflection on the different alliances.
• Internet of Things Products on the Market
  • - Connected object products with application scenarios.
  • - Gateway products (Cisco, Microsoft, SAP, Oracle products.
  • - ).
  • - Products information storage and processing servers.
  • - Specific constraints around health information.
  • - Specific constraints around real-time applications, CAN BUS and embedded systems.
  • - Demonstration Presentation of market products.
• Internet of Things and Big Data
  • - Internet of Things traffic sizing.
  • - Data storage architectures.
  • - Internet of Things data processing in local loop or in the Cloud.
  • - Complexity management algorithms.
  • - Inference approaches and algorithms.
  • - Example Example of BIG DATA and Internet of Things application objects.
• Strategy, innovation, entrepreneurship in the IoT field
  • - New needs and services.
  • - Internet of Things network services.
  • - Mobile and NFC banking payments.
  • - Mobile payment system surveillance.
  • - Location based services, Crowdsensing and Urban Sensing.
  • - Network experimental platforms: Senslab, IoT Lab, Winlab, Arduino.
  • - The smartphone at the center of new applications and services.
  • - Innovation and entrepreneurship: WorldSensing, WiThings, SigFox.