The Semantic Web Services Language (SWSL) is a general-purpose logical language for specifying Semantic Web Services Ontologies (SWSOs), as well as individual Web services. The Semantic Web Services Language (SWSL) describes the syntax elements of SWSL and its semantic and semantic foundations. It can be used with the underlying language and network structure of Semantic Web Services. Syntactically, first-order logic (including all connections used in first-order logic) is a subset of the Semantic Web Services Language (SWSL).
The Semantic Web Services Language consists of two different basic languages: Declarative Logic Programs (SWSL Rule) and First Order Classical Logic (SWSL-FOL). Semantically, the two sub-language of SWSL are incompatible, but the two sub-language can cooperate.
SWSL-Rules is a non-monotonic semantic and rule-based language. SWSL-FOL is a complete first word logic language.
SWSL-FOL and SWSL-Rules follow the semantics of the Semantic Web Services Language (SWSL).
Background
Twelve authors from the National Institute of Standards and Technology (NIST), National Research Council of Canada, SRI International, Stanford University, Toshiba and Southampton University submitted four documents: Semantic Web Services Language (SWSL) Semantic Web Services Framework (SWSF) Overview Semantic Web Services Ontology (SWSO) SWSF Application Scenarios The four documents defined the Semantic Web Services Framework (SWSF). The Semantic Web Services Framework (SWSF) includes Ontology Semantic Web Services Ontology (SWSO) and Descriptive Language Semantic Web Services Language (SWSL) . The Semantic Web Service Ontology (SWSO) and Semantic Web Services Language (SWSL) semantics can work together to accomplish tasks.
The Semantic Web Services Ontology (SWSO) is expressed in both FLOWS and ROWS. FLOWS is the First-order Logic Ontology for Web Services; ROWS is the Rules Ontology for Web Services.
Semantic Web Services Ontology (SWSO) develops a first-order logic language along with its sister general-purpose logic language Semantic Web Services Language (SWSL). The expected semantics of the concepts in FLOWS in the Semantic Web Services Ontology (SWSO) can be used in SWSL-FOL; partial semantics of ROWS can also be used in SWSL-Rules.
Uses of SWSL
The Semantic Web Services Language (SWSL) features include URIs, integration of XML built-in types, and XML-compatible namespaces and import mechanisms. Semantic Web Services Language (SWSL) works with the basic language of the Web to meet the requirements of a single Semantic Web Service and Semantic Web Service Ontology (SWSO).
The use of The Semantic Web Services Language (SWSL) also includes helping SWSL-Rules work with SWSL-FOL.
Developed with Semantic Web Services Language (SWSL) is FLOWS, which provides a framework for description and reasoning services.
The cases of Semantic Web Services Language (SWSL) Negotiation and contracting
When shopping online, buyers and sellers represent “a financing service” and “a delivery service” respectively. When there is a natural conflict of interest between the parties: the seller wants to sell the goods, the buyer wants to benefit from the loss of the goods.
Process Modeling
Process Modeling can be easily divided into three steps: Generic Planning Services; Single or Multiagent Plan Coordination Service and e-Service Composition in a Behavior based Framework.
1. Generic Planning Services: "This is an example of a service to support the selection or generation of plans and their reliable execution."
2.Single or Multiagent Plan Coordination Service: Single or Multiagent Plan The nature of the Coordination Service is a service, which is designed to coordinate multiple or one plan, handle conflicts and take advantage of collaboration opportunities.
3.e-Service Composition in a Behavior based Framework: e-Service is an operation of outputting and inputting parameters. Under the conditions and effects of both message-based and activity-based, the interactive e-Service can have different combinations. The result of composition can be divided into one-time and reusable. One-time means that the combined results can only be used once and cannot be used for requests from other users. Reusable means that the combined result can be used multiple times and can be used for requests from other users.
Process Enactment
This section shows an example of SWSL using DAML-S, and the services of federated resource coordination operations are constrained by heterogeneous distributed policy sets.