Towards a Platform for Widespread Embedded Intelligence - ERCIM
Towards a Platform for Widespread Embedded Intelligence - ERCIM
Towards a Platform for Widespread Embedded Intelligence - ERCIM
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SPECIAL THEME: <strong>Embedded</strong> <strong>Intelligence</strong><br />
Cluster C - Security and Mobility;<br />
Cluster D – Transmission.<br />
CRUISE Services to Industries,<br />
SMEs and the Public<br />
One of the main goals of CRUISE is to<br />
establish efficient and durable links with<br />
industry, using existing relationships and<br />
collaboration frameworks as a lever.<br />
Each CRUISE partner is to further<br />
develop existing liaisons with industry.<br />
In order to provide mechanisms of<br />
knowledge transfer, the project consortium<br />
is to offer Business Deck@CRUISE<br />
via the project website. Members of<br />
'Business Deck' are offered access to<br />
some of the internal documents prepared<br />
by the network. They could influence the<br />
choice of topics <strong>for</strong> tutorials prepared by<br />
the network and, to some extent, over<br />
topics presented at training schools<br />
organised by the partners. They could be<br />
also involved in the tools' integration<br />
activities.<br />
Cooperation with industry is also to be<br />
carried out through links with other IST<br />
40 <strong>ERCIM</strong> News No. 67, October 2006<br />
R&D projects working on close topics,<br />
such as eSENSE IP, MAGNET<br />
BEYOND IP, GoodFood IP, and<br />
through national projects. Special attention<br />
will be paid to promoting collaboration<br />
with SMEs, which are expected to<br />
play a particularly important role in the<br />
deployment of sensor networks, but<br />
which often lack specific research<br />
recourses in order to complement their<br />
own skills. Via the CRUISE Portal,<br />
SMEs will be able to reach a working<br />
group or an appropriate expert from the<br />
project with a specific problem to be<br />
solved. Adding to the above, CRUISE is<br />
to create links with other related IST projects,<br />
such as NoE, e-NEXT, NoE<br />
NEWCOM, NoE ACE, Coordinated<br />
action <strong>Embedded</strong> WiSeNets.<br />
Last but not least, as part of the plan <strong>for</strong><br />
using and disseminating the knowledge<br />
and to raise public awareness about the<br />
immense social benefits of the sensor<br />
network applications, active collaboration<br />
will be pursued with professional<br />
communities and organisations whose<br />
IntelliSense RFID - An RFID <strong>Plat<strong>for</strong>m</strong> <strong>for</strong> Ambient<br />
<strong>Intelligence</strong> with Sensors Integration Capabilities<br />
by Ovidiu Vermesan, Nadine Pesonen, Cristina Rusu, Aarne Oja,<br />
Peter Enoksson and Helge Rustad<br />
IntelliSense RFID project expands the technical and market potential of RFID<br />
technology by developing multi-protocol devices with sensing capabilities that<br />
are able to sense the environment and communicate at different frequency bands.<br />
<strong>Embedded</strong> intelligence, or ambient intelligence,<br />
is the vision of the future where<br />
in<strong>for</strong>mation will be available to people<br />
without their being aware of the surrounding<br />
in<strong>for</strong>mation technology itself.<br />
In the ambient intelligent world and in<br />
the ubiquitous in<strong>for</strong>mation society, computing<br />
is distributed all around in the<br />
environment. Users are mobile and communication<br />
is set up between individuals,<br />
between individuals and objects<br />
and between objects. This communication<br />
is obtained via 'invisible intelligent<br />
devices' that will tag almost everything<br />
in our society in an easy and friendly<br />
way. These devices will receive, sense,<br />
carry, and distribute context in<strong>for</strong>mation<br />
in our environment.<br />
Radio Frequency IDentification (RFID)<br />
is the key technology <strong>for</strong> local connectivity<br />
and an early vehicle <strong>for</strong> readying<br />
these future proactive computing systems.<br />
Nanoelectronics allows the mass production<br />
of such new silicon RFID devices<br />
with sensing capabilities and this makes<br />
massive and low-cost tagging of objects<br />
feasible.<br />
interests span different aspects and scenarios<br />
of sensing environments apart<br />
from the purely technical ones. This will<br />
serve the European community beyond<br />
academia and science.<br />
This work has been carried out within<br />
the framework of the IST-4-027738 NoE<br />
CRUISE, which is partly funded by the<br />
European Union. The project started on<br />
January 1 2006 and has a duration of 24<br />
months. Thirty two internationally<br />
recognised groups from Europe,<br />
including the <strong>ERCIM</strong> members VTT and<br />
Fraunhofer-FOKUS, are coordinated by<br />
the Center <strong>for</strong> Telenfrastruktur (CTIF) at<br />
Aalborg University, Denmark.<br />
Link:<br />
http://www.ist-cruise.eu<br />
Please contact:<br />
Neeli R. Prasad<br />
Aalborg University, Denmark<br />
E-mail: np@kom.aau.dk<br />
In this context, the aim of the<br />
IntelliSense RFID project is to develop<br />
multi-protocol RFID devices with builtin<br />
sensing capabilities, operating at<br />
multi-frequency bands. The device can<br />
be associated with an object, a person or<br />
a location through a simple ID and is<br />
capable of measuring and acquiring data<br />
about the user's behaviour and his environment<br />
(such as temperature T, pressure<br />
P, humidity H, and pH), thus creating<br />
a smart environment based on surrounding<br />
'invisible intelligent devices'.<br />
It is a two-year project (2006-2007) and<br />
is part of the Nordic research programme<br />
NORDITE. It involves<br />
SINTEF (Norway) as the institute