![](bg8.png)
bility of complex image processing workflows using
integrated workflow engine, (e) large-scale metadata
harvesting through standard OAI-PMH protocol.
To demonstrate the handling of image processing
workflow with capturing of its associated provenance,
the angioscopy workflow modelled in BPEL was ex-
ecuted using a workflow engine integrated with the
IPDR, and the associated provenance was automati-
cally modelled in ProvONE (Figure 3).
However, the data exchange approach uses safe
data transfer strategies but are not yet adapted to clin-
ical needs. An integration of i2b2 and a data ware-
house that collects all clinical data in combination
with technologies such as PCORnet
7
offers the poten-
tial to standardised data exchange for studies and con-
sultation and will thereby allow using our architecture
to be integrated into a clinic-wide information system
of the next generation. In particular, this strategy is
considered to be integrated into data integration cen-
tres that are currently planned at the university med-
ical centre Mannheim (UMM) and the MIRACUM
8
consortium that is currently funded by the German
Ministry of Research and Education (BMBF). The
technology is built upon developments of the BMBF-
project LSDMA
9
.
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