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- 2009 (14) (entfernen)
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Institut
- Fachbereich 4 (14) (entfernen)
Process Commodities : Entwicklung eines Reifegradmodells alsBasis für Outsourcingentscheidungen
(2009)
Der vorliegende Arbeitsbericht behandelt die Anforderungen an Prozessmanagement als Basis für Outsourcingentscheidungen. Zu dieser Fragestellung erschien im Jahr 2005 ein Artikel von Thomas Davenport mit dem Titel "The Coming Commoditization of Processes". In diesem wird auf das Fehlen eines einheitlichen Verständnisses über Inhalte und Beschreibungen von Prozessen und Prozessschritten, Leistungsindikatoren sowie Prozessmanagementpraktiken hingewiesen. Der vorliegende Arbeitsbericht versucht diese Lücke in Teilen zu schließen, indem er ein Reifegradmodell für Prozessmanagement vorstellt. Mit Hilfe des Modells können Unternehmen einschätzen, in wieweit sie vorhandene Methoden des Prozessmanagements umsetzen und damit die Grundlage für Prozessoutsourcing geschaffen haben.
This paper proposes model-driven techniques to extend IBM- SOMA method towards migrating legacy systems into Service-Oriented Architectures (SOA). The proposal explores how graph-based querying and transformation techniques enable the integration of legacy assets into a new SOA. The presented approach is applied to the identification and migration of services in an open source Java software system.
The STOR project aims at the development of a scientific component system employing models and knowledge for object recognition in images. This interim report elaborates on the requirements for such a component system, structures the application area by identifying a large set of basic operations, and shows how a set of appropriate data structures and components can be derived. A small case studies exemplifies the approach.
Avoidance of routing loops
(2009)
We introduce a new routing algorithm which can detect routing loops by evaluating routing updates more thoroughly. Our new algorithm is called Routing with Metric based Topology Investigation (RMTI), which is based on the simple Routing Information Protocol (RIP) and is compatible to all RIP versions. In case of a link failure, a network can reorganize itself if there are redundant links available. Redundant links are only available in a network system like the internet if the topology contains loops. Therefore, it is necessary to recognize and to prevent routing loops. A routing loop can be seen as a circular trace of a routing update information which returns to the same router, either directly from the neighbor router or via a loop topology. Routing loops could consume a large amount of network bandwidth and could impact the endtoend performance of the network. Our RMTI approach is capable to improve the efficiency of Distance Vector Routing.