Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The current approaches to automatic identification of b services for a given set of requirements involve matching based on the interface information published by the service providers. Hover, due to concerns about exposing of internals of b services, this information is typically limited, thus rendering b service matching quite difficult in practice. ,  argue that service matching can be significantly enhanced by harnessing the environmental information about the b services. Towards this end,  explore two crucial questions: (i) what environmental information would improve service matching, and (ii) how much of that information can be revealed without violating the fundamental tenet of service-oriented architecture that the internal implementation details of b services are not available to b service consumers?  provides a precise characterization of environmental information of b services.  motivate our approach via real-life b service search portals, by showing how environmental information can improve the precision and recall of service matching process.  then show how b service providers can extract this information from the designs of the b services, and publish them along with their interfaces.  illustrate our ideas with a realistic running example, and demonstrate it via a proof-ofconcept prototype.
['Kalapriya Kannan', 'Nanjangud C. Narendra', 'Lakshmish Ramaswamy']
I am writing a research paper on a idea Extracting Environmental Information for Improved Web Service Matching and Identification
[{"from": "human", "value": "I am writing a research paper on a idea Extracting Environmental Information for Improved Web Service Matching and Identification"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The current approaches to automatic identification of b services for a given set of requirements involve matching based on the interface information published by the service providers. Hover, due to concerns about exposing of internals of b services, this information is typically limited, thus rendering b service matching quite difficult in practice. ,  argue that service matching can be significantly enhanced by harnessing the environmental information about the b services. Towards this end,  explore two crucial questions: (i) what environmental information would improve service matching, and (ii) how much of that information can be revealed without violating the fundamental tenet of service-oriented architecture that the internal implementation details of b services are not available to b service consumers?  provides a precise characterization of environmental information of b services.  motivate our approach via real-life b service search portals, by showing how environmental information can improve the precision and recall of service matching process.  then show how b service providers can extract this information from the designs of the b services, and publish them along with their interfaces.  illustrate our ideas with a realistic running example, and demonstrate it via a proof-ofconcept prototype."}]