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ANNOUNCE:
UPEC has participated in the Celtic-Plus Event 2015, 27-28 April in Vienna.
Booth photo

December 2015
UPEC will participate in the final review of TILAS project - Santander, Spain, December 2015.

Platform

The deployed platform mainly includes the following hardware:
  1. Atmega2560 devices
  2. These devices use IEE802.15.4 communications based on XBee module.
  3. The multimedia devices are equipped with Serial Jpeg camera.

    4. Integration in FIT IoT-LAB

    The prototype is integrated in the experimental platform FIT IoT-LAB platform, in particular in Rocquencourt platform

    FIT IoT-LAB platform

    FIT IoT-LAB test bed provides a very large scale infrastructure facility suitable for testing small wireless sensor devices and heterogeneous communicating objects via Internet. This infrastructure consists in six large-scale Internet of Things test beds in France with over 2700 wireless sensor nodes in a variety of topologies and environments, and both fixed and mobile nodes. It is open for scientific and experimental usage. The platform can be accessed through a web portal or using provided Linux commands (CLI tools). In addition, the platform offers a hosted environment on SSH front-ends, featuring pre-installed CLI Tools, target architectures cross-compiler toolchains, experiments results, and access to devices serial ports.

    The advantages of the integration of the TILAS platform in FIT IoT-LAB Rocquencourt platform are multiple:

    1. For development purposes, this integration makes easier the development task especially for large scale testbed. For instance, firmware update of IoT-LAB nodes is done remotely either by a simple click in the portal web or via SSH frontend using the developed software tools. Adapting these features to TILAS nodes avoids us to flash nodes one by one manually.
    2. The multi-hop scenarios setting is a not a trivial task in practice and it is a huge time consuming in the development process. Rocquencourt platform constitutes a multi-hop network. Hence, getting the multi-hop scenario is immediate once the TILAS nodes are connected to IoT-LAB nodes.
    3. TILAS nodes could be open for all users like IoT-LAB nodes. This enables the knowledge sharing, and platforms of TILAS project with users which gives this project a very high visibility.

    Plan of the realised testbed

    Here is the plan of the deployed Arduino nodes. Red nodes are nodes with cameras, while green nodes are nodes without cameras.


    Some photos of the integration