2010 - ERCIS
2010 - ERCIS
2010 - ERCIS
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Joint Project<br />
Seminar Slipstream<br />
The project seminar Slipstream was<br />
conducted by the European Research<br />
Center for Information Systems at the<br />
University of Münster in cooperation<br />
with SAP Research Brisbane. The project<br />
was comprised of seven IS Master<br />
students. During the project, the<br />
students worked self-responsibly and<br />
self-organized in their team. Weekly<br />
meetings with local advisors from<br />
the Information Systems department<br />
as well as biweekly conference calls<br />
with SAP Research Brisbane complemented<br />
the usual communication to<br />
coordinate the cooperation and debate<br />
issues, results, and goals of the<br />
project.<br />
The goal of the project Slipstream<br />
was the development of a real-time,<br />
pro-active Business Activity Management<br />
(BAM) solution. Current<br />
Business Activity<br />
Monitoring solutions<br />
suffer from a number<br />
of drawbacks: there is<br />
a considerable time<br />
lag between the occurrence<br />
and the observation<br />
of critical<br />
events, the integration<br />
with Business<br />
Process Management<br />
(BPM) engines is often<br />
hard-wired, and<br />
most solutions focus<br />
on passive monitoring<br />
of business<br />
processes without<br />
allowance for proactive<br />
intervention<br />
of running process<br />
instances. Applying<br />
the concept of Complex<br />
Event Processing<br />
(CEP) to BAM seems<br />
to be a promising way<br />
to tackle these issues.<br />
CEP, in general,<br />
comprises a set of<br />
techniques for mak-<br />
Joint Project Seminar “Slipstream”<br />
ing sense of events in a system by<br />
deriving higher-level knowledge from<br />
lower-level system events in a timely<br />
and online fashion. A CEP system acts<br />
as a parallel running platform that defines,<br />
analyses, processes, and acts<br />
upon events produced by another<br />
system. The team had to build their<br />
solution on the basis of SAP standard<br />
software (i.e., SAP Netweaver BPM,<br />
BRM and CE, Aleri Streaming Platform<br />
[recently acquired by SAP in the<br />
course of the Sybase acquisition], and<br />
SAP Business Objects Xcelsius). From<br />
a business perspective, a challenge<br />
to be solved by the seminar was to<br />
elaborate use cases to demonstrate<br />
the features of their solution. These<br />
include event publishing, filtering,<br />
aggregation, analysis, prediction, and<br />
pro-active reaction to events. Therefore,<br />
the team used an example business<br />
process from the field of supply<br />
chain management, namely a perfect<br />
order scenario.<br />
The team fully accomplished all<br />
goals defined by SAP Research and<br />
the <strong>ERCIS</strong>. On a conceptual level, the<br />
team developed a reference architecture<br />
for the event-driven Business<br />
Activity Management. Furthermore,<br />
the team adapted an existing event<br />
format (i.e., Business Process Analytics<br />
Format, BPAF) to communicate<br />
between the involved systems. The<br />
conceptual design has been fully implemented<br />
using the mentioned software<br />
products. The results currently<br />
serve as a valuable input for the SAP<br />
Netweaver development department<br />
in Walldorf. A transfer of the architecture<br />
to industry is expected to emerge<br />
from cooperation with SAP Research.<br />
Research papers as well as Master<br />
theses are already on their way. Additionally,<br />
the developed prototype has<br />
been presented at the Innovation Lab<br />
of the SAP TechEd <strong>2010</strong> in Berlin (Oct.<br />
12th – 14th).<br />
The team at the Innovation Lab of the SAP TechEd <strong>2010</strong> in Berlin<br />
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