Difference between revisions of "Research Areas on Self-Organizing Systems"
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== Downloads == | == Downloads == | ||
Research Areas Presentation Group 2: [[Image:Research areas group2.pdf]] | Research Areas Presentation Group 2: [[Image:Research areas group2.pdf]] | ||
+ | |||
+ | == Research Ideas - Basic Research == | ||
+ | |||
+ | *Building blocks for designing (robust) SOS | ||
+ | **Modeling | ||
+ | **Interaction models | ||
+ | **Design methods | ||
+ | **Taxonomy of measures/methods/faults | ||
+ | **What makes (biological, social, engineered, ...) SOS robust | ||
+ | *Error removal in robust self-organizing systems | ||
+ | **(Topology) reconfiguration to overcome error propagation/malicious attacks | ||
+ | *Testing and validation of (robust) SOS | ||
+ | *Robust software/system architectures | ||
+ | **SO software objects | ||
+ | *Self-organizing Systems of Systems (SOSOS) | ||
+ | *Security and SOS | ||
+ | **Researching the tradeoffs of robustness/effort | ||
+ | **Co-evolving a robust and an attacking SOS | ||
+ | *Desynchronization and distributed coverage | ||
+ | **Spreading out in time and space | ||
+ | |||
+ | == Research Ideas - Applied/Technology Research == | ||
+ | |||
+ | * Security in sensor networks | ||
+ | **Intrusion detection | ||
+ | *SO routing/topology control | ||
+ | **Internet, mesh networks | ||
+ | **Overlay networks | ||
+ | *Traffic systems | ||
+ | **Car-to-car communication (preventing traffic jam waves) | ||
+ | **SO Traffic lights | ||
+ | **Train/airtraffic scheduling | ||
+ | *SO (distributed) coverage of rescue/police agents (related to desynchronization) | ||
+ | *Distributed provisioning/resource allocation | ||
+ | **Energy | ||
+ | **Warehouses / supply chain management | ||
+ | *SO (open source) software development | ||
+ | *Matlab (Scilab) toolbox for modeling SOS |
Revision as of 11:10, 16 July 2009
Downloads
Research Areas Presentation Group 2: File:Research areas group2.pdf
Research Ideas - Basic Research
- Building blocks for designing (robust) SOS
- Modeling
- Interaction models
- Design methods
- Taxonomy of measures/methods/faults
- What makes (biological, social, engineered, ...) SOS robust
- Error removal in robust self-organizing systems
- (Topology) reconfiguration to overcome error propagation/malicious attacks
- Testing and validation of (robust) SOS
- Robust software/system architectures
- SO software objects
- Self-organizing Systems of Systems (SOSOS)
- Security and SOS
- Researching the tradeoffs of robustness/effort
- Co-evolving a robust and an attacking SOS
- Desynchronization and distributed coverage
- Spreading out in time and space
Research Ideas - Applied/Technology Research
- Security in sensor networks
- Intrusion detection
- SO routing/topology control
- Internet, mesh networks
- Overlay networks
- Traffic systems
- Car-to-car communication (preventing traffic jam waves)
- SO Traffic lights
- Train/airtraffic scheduling
- SO (distributed) coverage of rescue/police agents (related to desynchronization)
- Distributed provisioning/resource allocation
- Energy
- Warehouses / supply chain management
- SO (open source) software development
- Matlab (Scilab) toolbox for modeling SOS