Solution data |
Name | Autonomous Computing Engineering Reference Guide |
Result type | Methodology/guideline |
Description/functionality |
- A methodology for the design of autonomous systems based on agent technologies is described. The methodology introduces the concept of holons that allow the description of self-organisation in autnomous architectures. This concepts match nicely with the concpets of team-oriented programming in BDI agents, which is adoped in A6 for agent-based model-driven service-composition and choreography. However, the concept of holons is more general.
- The methodology introduces self-organisation, autonomy, flexibility, and robustness in service-oriented architectures. Interoperability is supported by explaining how general service-oriented architectures could be extended with these propterties
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Benefits to interoperability | The methodology allows to introduce self-organisaiton, autonomy, flexibiliy, and robustness in service-oriented architectures. Interoperability is supported by explaining how general service-oriented architectures could be extended with these propterties. |
Supported models/methodologies | - |
Supported input interfaces | - |
Supported output interfaces | - |
Validation/demonstration | Is used as a methodology in the design of the agent-based components of the demonstrators developed in ATHENA. |
Standards compliance | - |
Availability | - |
License | - |
Status | Concept |
Requirements/dependencies | - |
Web references | - |
ATHENA metadata |
Contact person | Klaus Fischer, DFKI |
Contributors | DFKI |
Provided by project/activity |
- A5 – Planned and Customisable Service-Oriented Architectures
- A6 – Model-driven and Adaptive Interoperability Architectures
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Deliverables representing result | - |
Contribution to key result |
- 13. Model-driven and Adaptable Interoperability Framework and Infrastructure
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Used in pilot | - |
Deliverable providing evaluation | - |