A service wrapping and provisioning framework for service-oriented architecture (SOA)
Date
2006-08
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Publisher
Texas Tech University
Abstract
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.