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ATAL
2004
Springer

Framework to Control Emergent Survivability of Multi Agent Systems

10 years 4 months ago
Framework to Control Emergent Survivability of Multi Agent Systems
As the science of multi-agent systems matures, many developers are looking to deploy mission critical applications on distributed multi-agent systems (DMAS). Due to their distributed nature, designing survivable resource constrained DMAS is a serious challenge. Fortunately, the intrinsic flexibility of DMAS allows them to shift resources at runtime between dimensions of functionality such as security, robustness, and the primary application. In this paper we present an algebra for computing overall survivability from these dimensions of success, and a control infrastructure that leverages these degrees of freedom to make run-time adaptations at multiple hierarchical levels to maximize overall system survivability. We have implemented this survivability control infrastructure on the Cougaar agent architecture, and built a military logistics application that can survive in chaotic environments. Finally, we present results from assessing the performance of this application, and discuss t...
Aaron Helsinger, Karl Kleinmann, Marshall Brinn
Added 30 Jun 2010
Updated 30 Jun 2010
Type Conference
Year 2004
Where ATAL
Authors Aaron Helsinger, Karl Kleinmann, Marshall Brinn
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