1. Outbrief of SWSI Architecture Committee F2F Sat, April 12, 2003 Miami, FL Mark H. Burstein BBN Technologies

2. Potential Requirements for SWS (the big picture) For WS, interpretation of XML seems essential. For SWS, Agents must be able to: –Interpret OWL (or equiv) Or bridging by providing semantics for non-semantic agents –Incorporate of new classes, descriptions dynamically –Formulate goals that can be satisfied by discovery (or possibly composition) of remote services –Access internal knowledge to supply information required for service requests (e.g. credit card info) –Utilize internal or external translation capabilities

3. WSMF and Oracle EI approach Internet VAN SWIFT WSMF

4. 4/3/20034 Content and Process Mediation Internet VAN SWIFT WSMF OAGIS POSAP PO Process mediation Process Mediation –Anticipate and provide processes to handle ordering constraints between mediated parties Semantic Mediation –Large semi-automated message format and term mapping system –Mappings are necessarily PARTIAL –Teams of people to maintain them due to continuous version changes OAGIS ACK OAGIS POA OAGIS ACK SAP POA S E M A N T I C MAP ING

5. Relevant Agent Architectures to Consider As Participating in the Semantic Web FIPA CoABS Grid Cougaar Retsina OAA Scientific Grid …

6. Architectures for Semantic Integration (Whose ontologies are these anyway?) Holy Grail: Ontological Negotiation Status Quo –(manual mappings, limited interlingua…) Global Ontologies Manual Mapping Interlingua Ontologies Community Ontologies

9. Near-term Objectives Develop full use cases in different environments, domains –Use cases with people interacting with services and not, providing ontology maintenance support at different points in the architecture Review and determine feasibility of building on top of W3C WS Architecture Build some small feasibility prototypes –Tools is the key issue

10. Possible Architectural Use Cases Interacting w. traditional web services (Amazon, Travel, Shopping) C2B2B, composed C2B Large-scale B2B commerce like Oracle EI Pervasive Computing Smart space environment services appropriate to a room convert a file to make it printable, then print it MyGrid computing Semantics for long-lived distributed computing

11. Server Process P1 Input Dataset 1 Input Dataset 2 Input Dataset 3 Has input (under condition) Ouput Style 1 Ouput Style 2 Ouput Style 3 Condit Output Message Has grounding (with argument bindings & translations) Message Has grounding (with argument bindings & translations) Requestor Process P1 Disjunctive In our spare time…