Simulating The Eclipse Way: A Generic Experimentation Environment Based On The Eclipse Platform

Czogalla, R.; Knaak, N.; Page, Brenda J.

doi:10.7148/2006-0260

Cited by 3 publications

(2 citation statements)

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“…Even though OSGi has not been used to simulate DEVS models, some simulation environments use the Eclipse IDE and Eclipse plug-ins for component-based simulation. In [3] the implementation of an object-oriented generic simulation environment based on Eclipse is introduced. The main benefits identified are the separation of model and experiments and the extensibility via Eclipse plug-ins.…”

Section: Related Workmentioning

confidence: 99%

Dynamic Distributed Simulation of DEVS Models on the OSGi Service

Petzold¹,

Ullrich²,

Speckenmeyer³

2011

SNE

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Interoperability among simulators is one of the key factors in distributed simulations. Several interoperability infrastructures such as HLA and DEVS/SOA have been utilised, but most of them do not provide any dynamics. This paper introduces the use of the OSGi service platform as universal middleware for dynamic distributed simulation of DEVS models. We have designed and implemented the DEVS/OSGi simulation framework, which is an approach similar to DEVS/SOA, but relies on an integrated service-oriented and protocol independent architecture. It enables standardized plug-and-play capabilities and dynamic reconfiguration within distributed simulations. The architecture and implementation has been validated in an analytical context against a traffic simulation model. We conclude that the standardized interoperability and run-time dynamics provided by the OSGi service platform are highly valuable for distributed simulations.

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Section: Related Workmentioning

confidence: 99%

Dynamic Distributed Simulation of DEVS Models on the OSGi Service

Petzold¹,

Ullrich²,

Speckenmeyer³

2011

SNE

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“…In our research groups, an OSGicompliant 10 re-implementation of Renew was prototypically integrated with a simulation environment based on the Eclipse platform 11 (see [10,34]). This allows to utilize the mining components for the analysis of data retrieved from simulation experiments or other sources of the Eclipse development environment.…”

Section: Discussionmentioning

confidence: 99%

Net Components for the Integration of Process Mining into Agent-Oriented Software Engineering

Cabac

Denz

2008

Transactions on Petri Nets and Other Models of Concurrency I

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Abstract. Process mining is increasingly used as an analysis technique to support the understanding of processes in software engineering. Due to the close relation to Petri nets as an underlying theory and representation technique, it can especially add to Petri net-based approaches. However, the complex analysis techniques are not straightforward to understand and handle for software developers with little data mining background. In this paper, we first discuss possibilities to integrate process mining into our Petri net-based agent-oriented software engineering approach. As the main contribution, we focus on enhancing its usability and introduce a technique and tool for visually modeling process mining algorithms with net components. These can be used to build new complex algorithms as a patch-work of existing procedures and new compositions. Furthermore, they allow for an easy integration with standard tools such as ProM.

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