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Difference between revisions of "Eclipse IoT Days Grenoble 2015"
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In this "Getting started" session, you will learn how you can setup and program the [http://www.intel.com/content/www/us/en/do-it-yourself/edison.html Intel Edison] in order to rapidly prototype IoT applications. Ressources are here : http://intel-software-academic-program.com/pages/courses#diy | In this "Getting started" session, you will learn how you can setup and program the [http://www.intel.com/content/www/us/en/do-it-yourself/edison.html Intel Edison] in order to rapidly prototype IoT applications. Ressources are here : http://intel-software-academic-program.com/pages/courses#diy | ||
| − | === | + | === Open the Box – Create your Smart Home application with OSGi base drivers === |
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| + | Guest developers will get hands-on experience with OSGi base drivers to create Smart Home applications. They will learn how to play with ZigBee, EnOcean, and some IP devices in the service oriented programming paradigm in Java programming language. | ||
| + | |||
| + | With a step-by-step tutorial, they will turn samples calling real sensors into their first complete Smart Home application for Raspberry Pi! Developers can download a selection of different applications made with OSGi bundles delivered by Orange, some of them being available open source. From then on, they can change and extend it as they like, and then deploy it to their hardware. | ||
| + | |||
| + | Orange will provide a selection of hardware (Raspberry Pis, sensors, actuators, local routers, etc.) for developers to borrow and follow the tutorial. Developers should bring a laptop and will be given a virtual machine with several software items installed and configured. Tutorial materials will be on-line and developers will be able to develop with all provided software items after the tutorial. 5 virtual smart homes will be available to at most 10 developers. | ||
Revision as of 14:41, 4 March 2015
After the success of the IoT Day 2014, we are back for a second edition! This year, we will have a two-day event, with a combination of talks and tutorials.
We are working on putting together the program so please contact us if you want to present at the event:
- Benjamin Cabé, Eclipse Foundation: benjamin at eclipse dot org
- Didier Donsez, LIG/UJF: didier dot donsez at imag dot fr
Contents
DATE & LOCATION
March 30-31, 2015
Maison Jean Kuntzmann, 110, rue de la chimie, Domaine Universitaire, 38400 Saint Martin d'Hères
Access :http://mi2s.imag.fr/plans-dacces
REGISTRATION
Registrations are open on our EventBrite page
Please do not forget to register for both the conference day and for the tutorial days.
SUPPORTING ORGANIZATIONS
AGENDA
Monday, March 30: Conference sessions
08:30 Registration
09:00 "Welcome and Introduction"
09:15 "Eclipse IoT" by Benjamin Cabé (Eclipse Foundation)
10:00 "IoT-LAB: a very large scale open testbed" by Eric Fleury (INRIA)
10:30 - 10:45 Coffee Break
10:45 "RIOT and the Evolution of IoT Operating Systems & Applications" by Emmanuel Baccelli (INRIA)
11:15 "Prototyping the Internet of Things with the STM32 Nucleo platform" by Roald Neuquelman & Valerie Gondre (ST Microelectronics)
11:45 "Intel's IoT Strategy" by Jean-Laurent Philippe (Intel)
12:15 TBC
12:45 - 14:00 Lunch Break
14:00 "Eclipse SmartHome" by Kai Kreuzer (Deutsche Telekom)
14:30 "Open the Box – Customer journey in an open Smart Home" by André Bottaro (Orange Labs)
15:00 TBC
15:30 TBC
16:00 TBC
16:30 Panel & Wrap up session
Tuesday, March 31: Hack Day
Getting Started with OpenHAB / Eclipse SmartHome
TBD
RIOT OS
Californium enables developers to integrate CoAP into their applications in no time. But what if your desired IoT infrastructure involves some devices that are so constrained they can't run Linux, let alone a fully-fledged JVM?
This workshop will give you a hands-on introduction to RIOT, the friendly OS for the IoT, and its CoAP infrastructure.
Learn the base: how to build your own RIOT application, flash it on heterogeneous IoT hardware and see it interact with a Californium based application.
See what you've learned in action: we will walk you through the details of watr.li, an IoT application helping plants to stay alive, built with RIOT, off-the-shelf IoT hardware, CoAP and Californium.
Experience what can be achieved with some additional effort!
End-to-end IoT for Java developers
In this tutorial, you will learn how you can use protocols like MQTT and CoAP, together with the Kura IoT Gateway framework to connect and manage end-to-end solutions that leverage the Java and IoT ecosystem.
Getting started with STM32 Nucleo
The highly affordable STM32 Nucleo boards allow to try out new ideas and to quickly create prototypes with any STM32 MCU.
In this "Getting started" session, you will learn how you can program the Nucleo boards with various Arduino shields in order to rapidly prototype IoT applications, using the MBed online IDE. Ressources are here : http://developer.mbed.org/teams/ST/
Getting started with Intel Edison
In this "Getting started" session, you will learn how you can setup and program the Intel Edison in order to rapidly prototype IoT applications. Ressources are here : http://intel-software-academic-program.com/pages/courses#diy
Open the Box – Create your Smart Home application with OSGi base drivers
Guest developers will get hands-on experience with OSGi base drivers to create Smart Home applications. They will learn how to play with ZigBee, EnOcean, and some IP devices in the service oriented programming paradigm in Java programming language.
With a step-by-step tutorial, they will turn samples calling real sensors into their first complete Smart Home application for Raspberry Pi! Developers can download a selection of different applications made with OSGi bundles delivered by Orange, some of them being available open source. From then on, they can change and extend it as they like, and then deploy it to their hardware.
Orange will provide a selection of hardware (Raspberry Pis, sensors, actuators, local routers, etc.) for developers to borrow and follow the tutorial. Developers should bring a laptop and will be given a virtual machine with several software items installed and configured. Tutorial materials will be on-line and developers will be able to develop with all provided software items after the tutorial. 5 virtual smart homes will be available to at most 10 developers.