Title :
A Web service composition system based on semantic parsing
Author :
Peiguo Fu ; Qinmin Peng ; Xiaohui Hu
Author_Institution :
Lab. Inst. of Software, Beijing, China
Abstract :
Web service plays an important role in implementing Service Oriented Architecture (SOA) for achieving dynamic business process. With the increased number of Web services advertised in public repository, it is becoming vital to provide an efficient Web service discovery and selection mechanism with respect to a user´s requirement In addition, a single Web service has been unable to satisfy the needs of users. Through a combination of multiple Web services to meet the needs of users is an effective method. How to find a suitable set of services and select the fit services to compose them as a workflow which can satisfy the user´s functional attributes and nonfunctional properties is a thorny issue. To solve this problem, we propose an automatic generation workflow system. This system can generate workflow automatically according to the request provided by the Web service requester. First, construct the field repository, the workflow repository and the Web service repository. Then use automatic generation workflow algorithm to generate the workflow automatically which can satisfy the user´s functional attributes and non-functional properties. Classifying the Web service and the workflow according to the field can reduce the semantic ambiguity during the search. Thus, it can improve the precision of the service composition by improving the accuracy of the service discovery.
Keywords :
Web services; semantic Web; service-oriented architecture; SOA; Web service composition system; Web service discovery; Web service repository; Web service requester; Web service selection; accuracy improvement; automatic generation workflow system; dynamic business process; field repository; precision improvement; public repository; semantic ambiguity reduction; semantic parsing; service composition; service-oriented architecture; user functional attributes; user nonfunctional properties; workflow repository; Artificial intelligence; Planning; Quality of service; Software; Software reliability; Switches; dynamic automatic-adaptive; semantic parse; service composition; web service; workflow;
Conference_Titel :
Computer Supported Cooperative Work in Design (CSCWD), 2015 IEEE 19th International Conference on
Conference_Location :
Calabria
Print_ISBN :
978-1-4799-2001-3
DOI :
10.1109/CSCWD.2015.7231020