A service wrapping and provisioning framework for service-oriented architecture (SOA)

With growing use of SOA (Service Oriented Architecture), legacy programs should be reused, published and provisioned as services in metacomputing (grid) environments. This thesis will present a generic service wrapping and provisioning framework (SWAPS). Via SWAPS, the service wrapper to the legacy application can be generated on-the-fly and can be autonomic provisioned in the grid computing environments as a service provider. SWAPS is designed and developed on the base of SORCER/JINI/RIO technologies.