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

Revision as of 12:10, 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