Internet of Things Laboratory: a vanilla flavour Japanese-French workshop on the Internet for the futur society E. Fleury, ENS de Lyon / Inria Research project team DANTE Inria Grenoble Rhône-Alpes June 4 th 2013 -- TOKYO
Summary 1. Connected objects New Paradigm? 2.Some opportunities 3. Consequences & Influences 4.Needs for an IoT LAB / FIT June 4 th 2013 -- Tokyo
1 Connected objects New Paradigm? Eric Fleury ENS de lyon / Inria June 4 th 2013, Tokyo
June 4 th 2013 -- Tokyo
June 4 th 2013 -- Tokyo
June 4 th 2013 -- Tokyo
2^128 = June 4 th 2013 -- Tokyo
Embedded June 4 th 2013 -- Tokyo
Embedded 30 Billions of RFIDs tags 1 Billions of smart phone --> cameras June 4 th 2013 -- Tokyo
Interconnected June 4 th 2013 -- Tokyo
Interconnected 2 Billions of Internet account 20 Billions of conneted objects June 4 th 2013 -- Tokyo
Intelligence June 4 th 2013 -- Tokyo
+ + New Intelligence GREEN Dynamic structure June 4 th 2013 -- Tokyo
2Some opportunities Eric Fleury ENS de lyon / Inria 20 00 novembre MOIS 20112012-10
Health Home Ecology Transport Traceability Logistic Monitoring Water / pollution 20 novembre 2012
3Consequences & Influences Eric Fleury ENS de lyon / Inria 20 00 novembre MOIS 20112012-12
Comprehension Education Products Services Processes Efficiency Control / Master Standards Governance Durability Security Privacy June 4 th 2013 -- Tokyo
4Needs for a IoT LAB Éric Fleury ENS de Lyon / Inria June 4 th, 2013-20
IoT LAB as one element of a federation of platform dedicated to Futur Internet (FIT) Build a competitive and innovative experimental facility Experimentally driven research prototyping and living labs (user in the loop). Federated and competitive infrastructure Experimentation on innovative services for academic and industrial users. Mobile wireless communications at the network and application layers Accelerating the design of advanced networking technologies for the Future Internet (of Things).
FIT in a nutshell 5 partners: o o o o Ambition: create a first-class international facility to promote experimentally driven research and to facilitate the emergence of the Internet of the future. Goal: meet the advanced user requirements (multiple environments, integration tests, reproducibility, Education, ). User driven Members of the Steering Committee: o o o Alcatel-Lucent Bell Labs France: Olivier Audoin Orange: Prosper Chemouil Thales: Martine Lapierre Grand Emprunt funding: o 5 M Investment (4 years) + 0.8 M Operation (6 years 10 months). o 22/2/2011 to 31/12/2019 (Effective T0 at 1/6/2011)
IoT-LAB to do what? Test M2M scenarios / applications / final products: Management/supervision of home gateway Android terminal monitoring via cloud servcies M2M solution with full end-to-end IP IoT-LAB to whom? Providers, operators, specific/global slotution designers Wireless systems designers Wireless equipment
What s the benefits of IoT-LAB? In situ experiments & Large scale Decrease the costs of a deployment campaign Simpify the test design Test several scenarios / different tuning Reproducibility of tests Automatization Monitoring of deployed application ( Large scale / mobile nodes
FIT IoT-LAB Road map November 2012 : 4 sites based on MSP430 (1024 nodes) October 2013, new nodes based on ARM A8 / M3 1700 nodes Exploitation end of 2013 SFA reservation available en of 2013 Mobile nodes spring 2014 200 mobiles nodes End-to-end connectivity in spring 2014 http://www.iot-lab.fr http://fit-equipex.fr
thanks 20 ans Inria grenoble www.inria.fr