1. HTML5
Web-app6LoWPAN
Power metersopen-hardware
Shield
Smart campus
IEEE 802.15.4
Visualisation
IPv6 Arduino
sensor
Alexander Pelov
Laurent Toutain
Baptiste Gaultier
Nicolas Montavont

2. The Internet Of Things
Source: Zach Shelby, Carsten Bormann
Département RSM

3. Polymorphic Internet
DTN WSN
Internet
PAN
ITS
page 3 Département RSM

4. SmarTB
 Project started in early 2011
 Goal :design and develop an electric
measurement system
 Monitor and control the energy consumption of
the campus
 Each power plug of the site will be equipped with
a sensor to monitor the consumed electricity
 The collected power values are sent over an
IEEE 802.15.4 wireless mesh network – over an
IPv6 network
 The power readings can be viewed through a
web-app which allows the users to explore both
current (in real time) and past energy
page 4 Département RSM

5. Open energy monitoring system
 A smart campus
 Power meters
 Network
 Algorithms
 Visualization
page 5 Département RSM

6. Hardware
 A wireless sensor for energy monitoring
 Based on the platform Arduino
 Network stack :
 IEEE 802.15.4, 6LoWPAN, RPL, IPv6, CoAP
 IEEE 802.15.4 enabled base stations may be
used to aggregate, consolidate and process the
data sent by the sensors
Département RSM

7. Software
 An open-source web-app for energy monitoring
 Processing, logging and visualizing energy,
temperature and other environmental data
 Fully documented REST API
 PHP, MySQL, HTML5/CSS3, Ajax, SVG
 Github : github.com/bgaultier/emoncms3
Département RSM

8. Web interface
Département RSM

9. Avantages Open-Hardware
 Prototypes modulaires
 Réutilisation et amélioration des prototypes
existants
 Possibilité de commercialiser les prototypes
sous formes de shield
 Grande communauté active
page 9 Département RSM

10. Partenaires
• Support • Base prototypes • Développement nouveaux
• Lobbying Open-Hardware • Communauté shields
• IPv6 Ethernet/802.15.4 • Support
• Valorisation des shields
• Travail sous licence GPLv3
• Visibilité TB
page 10 Département RSM

11. Camp IPv6
 Organisé par le G6 (Association de promotion
d’IPv6)
 Date: 2 Juillet au 6 Juillet 2012
 Tutoriaux sur IPv6
 Formation de formateurs
 FabLab d’objets communicants
 Ateliers des groupes de travail du G6 (Promotion,
Formation, Production)
Département RSM

12. Merci pour votre attention !
page 12 Département RSM

13. Backup Slides
Département RSM

14. Architecture
Département RSM