Jahresbericht 2009 - Biba - Universität Bremen
Jahresbericht 2009 - Biba - Universität Bremen
Jahresbericht 2009 - Biba - Universität Bremen
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EMOSES<br />
Development of a method for object<br />
recognition of universal cargo units<br />
for the automatic discharge of standard<br />
charge carriers from 3D laser<br />
scan data<br />
The aim of this research project is to<br />
develop a method to detect universal<br />
cargo units. This method should define the<br />
location and position of the cargo unit,<br />
so that automatic unloading of general<br />
cargo units by a manipulator is possible.<br />
The core of the research project is the design<br />
and implementation of this method,<br />
which is later tested with simulated data.<br />
To find out the possibilities and limits of the<br />
applicability of the method, a test setup is<br />
finally installed.<br />
(DFG, 10/<strong>2009</strong>-10/2012)<br />
ESKALE<br />
Trans-European Sustainable Knowledge-Based<br />
Manufacturing for Small<br />
and Medium Sized Enterprises in<br />
traditional industries<br />
The two-year transnational collaborative<br />
project ESKALE has dealt with the question,<br />
how knowledge-based internal processes<br />
in handicraft SMEs can be supported<br />
to enable them to manufacture on an<br />
industrial level and to participate in cooperations.<br />
For this purpose, industrial and<br />
scientific partners collaborated to develop<br />
a software solution, which established an<br />
information management portal for those<br />
SMEs. The business models of four typical<br />
end-users were the background for the<br />
successful configuration, implementation<br />
and evaluation of the portal.<br />
(BMBF, eTranet, 01/2008-03/2010)<br />
EURIDICE<br />
European Interdisciplinary Research<br />
on Intelligent Cargo for Efficient, Safe<br />
and Environment-friendly Logistics<br />
EURIDICE aims to create necessary<br />
concepts, technological solutions and<br />
business models in order to establish the<br />
most advanced information services for<br />
freight transportation in Europe. It is based<br />
on the intelligent cargo concept, i.e. the<br />
cargo is self- and context- aware as well<br />
as connected through a global telecommunication<br />
network to support a wide<br />
range of information services for logistics<br />
operators, industrial users and public<br />
authorities.<br />
The full realization has a significant impact<br />
in terms of diffusion and effectiveness of<br />
ICT support to freight transportation. To<br />
visualize the advantages, a demonstrator<br />
has been build. It will strengthen the<br />
competitiveness and the environmentfriendliness<br />
of logistics in Europe.<br />
(EU, FP7-ICT, 02/2008-10/2011)<br />
HDAT<br />
Development of a Human Data Acquisition<br />
Transporter (HDAT) based on<br />
an electric vehicle and its evaluation<br />
by way of a transfer project<br />
The HDAT for mobile data acquisition<br />
was developed in this project, for<br />
which an electric vehicle (Segway) was<br />
equipped with an UHF-RFID system. The<br />
advantage of this approach is the high<br />
velocity of the electric vehicle compared<br />
to other mobile data acquisition<br />
systems. Hence, the duration of the data<br />
acquisition process can be reduced. The<br />
HDAT was tested in collaboration with the<br />
Günter Badenhop Fleischwerke KG. In a<br />
second step, the benefit of the HDAT for<br />
a logistics scenario was evaluated, thus<br />
generating a simulation model, which<br />
represents the integration of the HDAT into<br />
an automobile terminal.<br />
(<strong>Bremen</strong> Research Cluster for Dynamics in<br />
Logistics, 03/<strong>2009</strong>-12/<strong>2009</strong>)<br />
HIT ProInnWis<br />
Process-oriented Intelligent Knowledge<br />
Management System<br />
The vision of HIT ProInnWis has been<br />
to provide an intelligent context based<br />
knowledge management system to<br />
the group of engineers, designers and<br />
areo-physicians working in the area of<br />
aircraft design. Users, having to fulfill a<br />
specific task (e.g. a rib creation for A350),<br />
are now able to get context specific<br />
support in terms of documents, tools,<br />
contacts and other knowledge artifacts.<br />
This was achieved by referencing new<br />
programs to a generic design process. All<br />
existing knowledge artifacts are linked to<br />
“activities”, which are the corresponding<br />
objects to the concrete tasks, but on a<br />
generic level. Thus the engineering knowledge<br />
can be automatically at hand, if a<br />
user wants to fulfill a specific task in a new<br />
development program.<br />
(BMBF, 01/2007-10/<strong>2009</strong>)<br />
IDS<br />
Intelligent Desktop Management<br />
System<br />
IDS is a research project funded by the<br />
German aircraft industry. The system will<br />
assist developers with their daily work by<br />
determining the context gathered from<br />
desktop applications (e.g. MS Office) to<br />
proactively provide semantically similar<br />
knowledge artifacts.<br />
The semantic enrichment is made by<br />
combining several techniques like the filtering<br />
of paragraphs to remove irrelevant<br />
text paragraphs, or the usage of lexical<br />
scanners, to extract key words from<br />
artifacts. Clustering algorithms enable recognition<br />
of semantic linkages between<br />
extracted key words. Thus knowledge<br />
artifacts can be grouped and prioritized.<br />
(AIRBUS, 02/<strong>2009</strong>-06/2011)<br />
INSTANDHALTUNG<br />
Since container handling will increase<br />
in the future, the degree of capacity<br />
for straddle carriers will increase as well.<br />
This leads to shorter time frames for<br />
maintenance operations of the straddle<br />
carriers. Thus the service life between<br />
maintenance operations has to increase.<br />
The project aims to develop a system,<br />
with which specific and crucial systems<br />
and engines of the straddle carrier can<br />
be monitored (equipment and condition<br />
monitoring). Main focus lies on the shift<br />
from preventive maintenance to an<br />
actual condition based maintenance.<br />
11/2008-09/2010)<br />
INWEST<br />
Smart Swap Body Management<br />
The main focus for implementing<br />
“smart swap body management” is for<br />
the industry of KEP and contract logistics.<br />
The developed operations shall be<br />
exercised in two application scenarios.<br />
With the use of pilot and field tests, the<br />
effects of traffic (carrier transport) should<br />
be quantified. For the long term, INWEST<br />
shall lead to the prevention of traffic<br />
volume. A special focus is based on the<br />
execution of tests to get more information<br />
about the real data for the evaluation<br />
of developed system parts.<br />
(BMWi 01/2008-06/2010)<br />
Projects<br />
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