Abstract:
Eclipse technologies are widely used for desktop and even enterprise solutions. In contrast, the use of Eclipse technologies in automation is less common. Together with o...Show MoreMetadata
Abstract:
Eclipse technologies are widely used for desktop and even enterprise solutions. In contrast, the use of Eclipse technologies in automation is less common. Together with our customer, we have developed a service oriented middleware based on OSGi and Eclipse for loosely coupling real-time control software with machine and process visualization applications. We will show the requirements steering us towards these technologies and will elaborate on design, implementation and deployment. The insights gained from these steps show the adequacy of selected Eclipse technologies for serving tasks in machine automation software.
Published in: ETFA2011
Date of Conference: 05-09 September 2011
Date Added to IEEE Xplore: 24 October 2011
ISBN Information:
ISSN Information:
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Industrial Machines ,
- Service Orientation ,
- Data Model ,
- Public Services ,
- Partial Model ,
- Tree Model ,
- Sub-models ,
- Updated Data ,
- Subtree ,
- Software Components ,
- Client-side ,
- Internal Service ,
- Remote Services ,
- Abstraction Layer ,
- Start-up Time ,
- Parts Of Machinery ,
- Communication Layer ,
- Service Layer ,
- Peripheral Devices ,
- Non-functional Requirements ,
- Update Cycle ,
- CPU Power ,
- Machine Software ,
- Communication Protocol ,
- Local Services ,
- Profile Points ,
- Model Components ,
- Service Components ,
- Update Time ,
- Synchronization
Contents Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Industrial Machines ,
- Service Orientation ,
- Data Model ,
- Public Services ,
- Partial Model ,
- Tree Model ,
- Sub-models ,
- Updated Data ,
- Subtree ,
- Software Components ,
- Client-side ,
- Internal Service ,
- Remote Services ,
- Abstraction Layer ,
- Start-up Time ,
- Parts Of Machinery ,
- Communication Layer ,
- Service Layer ,
- Peripheral Devices ,
- Non-functional Requirements ,
- Update Cycle ,
- CPU Power ,
- Machine Software ,
- Communication Protocol ,
- Local Services ,
- Profile Points ,
- Model Components ,
- Service Components ,
- Update Time ,
- Synchronization
