Title :
A charging model and algorithm for consultation based service application pattern
Author :
Bai, Li ; Liu, Min
Author_Institution :
Lixin Accounting Res. Inst., Shanghai Lixin Univ. of Commerce, Shanghai, China
Abstract :
Users focus on their kernel business domain, and have no the ability to use directly the service flow and composite service components. Base on the web application pattern, the consultation-model-based services application Model (CMSAM) is presented, and the business-model driven services flow framework is proposed in CMSAM. The CMSAM describes the different responsibility amongst the services requester, the consultation services provider, the domain services choreographer, the domain services provider, the content provider and content integrator. The CMSAM maps the service components onto the service executable environment through the business process model, the requirement model, the business process flow model, the abstract service flow model, the executable service flow model and the service instances. In the charging Algorithm, it is the objective function to minimize the service fee under the condition of searching successfully the suitable service for user´s business function. At last, an implementation process of part modeling service is given in the collaborative product design and analysis domain for the CMSAM as an example.
Keywords :
business data processing; corporate modelling; groupware; product design; abstract service flow model; business process flow model; charging algorithm; charging model; collaborative product design; consultation based service application pattern; consultation model based services application model; consultation services provider; content integrator; domain services choreographer; domain services provider; kernel business domain; services requester; Analytical models; Business; Computational modeling; Product design; Solid modeling; Unified modeling language; Web services; Algorithm; Charging Model; Service Application Pattern; Service on Demand;
Conference_Titel :
Computer Supported Cooperative Work in Design (CSCWD), 2011 15th International Conference on
Conference_Location :
Lausanne
Print_ISBN :
978-1-4577-0386-7
DOI :
10.1109/CSCWD.2011.5960104