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Agenda

Les réseaux de capteurs intelligents et autonomes pour fournir des nouveaux services dans les villes . Simon Gray. Agenda. CSEM IOT @ CSEM Projet exemplaire: IOTLOC Project funding Conclusion. CSEM - Technologies that make the difference.

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Agenda

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  1. Les réseaux de capteurs intelligents et autonomes pour fournir des nouveaux services dans les villes.Simon Gray

  2. Agenda • CSEM • IOT @ CSEM • Projet exemplaire: IOTLOC • Project funding • Conclusion

  3. CSEM - Technologies that make the difference • Incorporated, not-for-profitResearch and Technology Organization (RTO), supported by the Swiss Government • A public-private partnership • 31 % public • 69 % private • Key figures (2013) • Revenues ~ CHF 74.6 mio • Employees ~ 400

  4. CSEM’s technology programs • MEMS • Surface engineering • Systems • Ultra-low-power integrated systems • Photovoltaics

  5. CSEM IOT & Smart Cities

  6. IoT, WSN, Wearables: A Full Array of Competencies • Propagation & Antennas • Transmission protocol • Sensor interfaces & Vision sensors • RFIC and ASIC • Digital signal processing • Platform integration • Real-Time embedded software • Localisation • innovative sensors

  7. WSN deployments – Environment and agriculture

  8. WSN deployments – Cities and buildings

  9. WSN - Localization

  10. Projet exemplaire: IOTLOC - Long range urban network with localisation

  11. IoT and Smart Cities • By 2020, the number of web-connected devices is expected to reach 22 billion (IMS Research) • New services and business modelsin energy, environment, security and lifestyle • More than 50% of those applications are predicted to need long-range connectivity and multi-year battery operation. www.Libelium.com

  12. IOT low power autonomous network • Out of the 50 billion predicted nodes to be connected to the Internet by 2020 fewer than 10% are predicted to use cellular technology. • An IoT network would be an open platform for Smart City applications like smart parking, street lighting, waste management, load sensing of bridges and structures, and signaling and traffic • Such a network needs: • Long range communication to minimise the number of repeaters • Unlimited extension capacity • Lowenergyconsumption for end-nodes to allowyears of battery life • Indoor, outdoor and underground localisation capability with low energy consumption.

  13. LoRaTMto the rescue • LoRaTM RF can reach more than 15 Km in a suburban environment and 2 Km to 5 Km in a dense urban environment(compatible with GSM base station density). • Simple low-energy end-nodes offer battery-operated IoT deployment. Devices are equipped with small LoRaTMtransceivers that may operate for years on the same battery. • LoRaTMallows to precisely measure the instant of reception of a radio packet allowing precise localization of objects. LoRaTMis a proprietary modulation of Semtech

  14. Localisation • The modulation scheme used in the LoRaTM technology can be used to determine precisely the Time-of-Flight (ToF) of the radio signal. • The object (or end-node) communicates with at least 3 base-stations which are time synchronized; these base stations perform a time-stamping of the received frame and forward it through the IP network; the collected time-stamps are used by the localization solver algorithm running on a server to determine the position of the end-node. The average accuracy goes from better than 10 meters in best conditions to 50 meters in the worst cases (where the multi-path effect is maximum).

  15. IOTLOC Goals • The project will develop and deploy a commercially viable and practical IoTplatform that is capable of monitoring and localizing indoor and outdoor objects and people at the city scale. • Localization capability will be added to the LoRaTMtechnology, and the system deployed in order to demonstrate its effectiveness and scalability in the environment of a medium size city like Neuchâtel. • Examples of objects that would need to be localized are assets to be delivered by professional transporters, vehicles, children and pets for both private and professional purposes, assets managed by the cities like gas canisters and trash containers. Localizing valuable objects owned by private individuals can also provide a very strong anti-theft solution presenting a huge potential as well. • The IOTLOC projectiscarried out in close partnershipwithSemtech.

  16. Public funding for Smart Cities • SmartSantander (FP7) : deployment of 20,000 sensors in Belgrade, Guildford, Lübeck and Santander, exploiting a large variety of technologieswww.smartsantander.eu • Smart Cities Barcelona http://www.smartcityexpo.com/ • Arc Jurassien: • Industrial / B2B • CTI (Suisse) • Interreg • Eurostars • Horizon 2020 • BPI (OSEO) • …

  17. Conclusion • LoRaTMoffers what many companies have been looking for long, wide coverage, precise localization indoor and outdoor, for a low price and with long battery times • We believe that this innovation will trigger a rapid increase of deployment of IoT that is today limited by cost and complexity. • Opportunities to addfurtherprojects on top of the deployment

  18. Thankyou for your attentionand follow us on www.csem.ch

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