Abstract
For provision of dependable search and rescue capability in dynamic and unpredictable disaster areas, the networked nodes should have the ability to autonomously support and co-operate with each other in a peer-to-peer (P2P) manner to quickly configure any services available on the disaster area to deliver a real-time capability. In this paper, we present an innovative architectural approach which is able to proactively self-diagnose and self-adapt evolution occurring in provision of search and rescue capabilities in service-oriented P2P (ServP2P) networks. This architecture provides flexibility and agility in handling dynamic changes and evolution encountered in the delivery of rescue capability. The experimental results indicate that the proposed approach provides a high-level of reliability and sustainability to achieve dependable service integration for capability provision.
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