Abstract:
Implementing self-management is hard, especially when building large scale distributed systems. Publish/subscribe middlewares, scientific visualization and collaboration ...Show MoreMetadata
Abstract:
Implementing self-management is hard, especially when building large scale distributed systems. Publish/subscribe middlewares, scientific visualization and collaboration tools and corporate operational information systems are examples of one class of systems, distributed information flow infrastructures, that could benefit from self management. This paper presents IFLOW, an autonomic middleware for implementing these different distributed systems in a self-managing way. IFLOW reduces different messaging models down to a common information flow abstraction, creates a self-managing implementation of that abstraction and then provides a substrate for building diverse information flow systems. We describe the design and implementation of IFLOW and describe case studies of implementing different messaging models as self-managing systems.
Date of Conference: 12-16 June 2006
Date Added to IEEE Xplore: 07 August 2006
Print ISBN:1-4244-0175-5
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Infrastructure ,
- Information Flow ,
- Distribution System ,
- Scientific Visualization ,
- Molecular Dynamics Simulations ,
- Information Resources ,
- Flow Data ,
- Intel Xeon ,
- Data Streams ,
- User Preferences ,
- Mechanical Engineering ,
- Vision Applications ,
- Changes In Utilization ,
- Incoming Edges ,
- Outgoing Edges ,
- Flow Graph ,
- Autonomic Features ,
- Hierarchical Management ,
- Round-trip Delay ,
- Physical Nodes ,
- Source Vertex ,
- Gryphon
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Infrastructure ,
- Information Flow ,
- Distribution System ,
- Scientific Visualization ,
- Molecular Dynamics Simulations ,
- Information Resources ,
- Flow Data ,
- Intel Xeon ,
- Data Streams ,
- User Preferences ,
- Mechanical Engineering ,
- Vision Applications ,
- Changes In Utilization ,
- Incoming Edges ,
- Outgoing Edges ,
- Flow Graph ,
- Autonomic Features ,
- Hierarchical Management ,
- Round-trip Delay ,
- Physical Nodes ,
- Source Vertex ,
- Gryphon