Agents on the Semantic Web – a roadmap to the future An arial view from feet

Background litterature Spinning the Semantic web by J. Hendler & all, MIT Press Ltd, Agents and the Semantic Web, James Hendler, University of Maryland – IEEE Inteligent Systems, March/April 2001 Semantic Web Road map, Tim Burnerners-Lee, Semantic 5 – Current Status and Future Promise of the Semantic Web, James Hendler/UoM and Ora Lassila/Nokia, Semantic Technology Conference, March San Jose, California Agent Technology Roadmap - A Roadmap for Agent Based Computing, AgentLink 2005

Motivations Semantic Web is about to leave pure research and slowly picked up by industry More research is needed, but most of the fundamental technology seems to be there. Integration of the fundamental technologies is the main challenge The thesis proposes an integration of Semantic Web, Semantic Web Services and Agents. A roadmap for an integration of those three technologies are described.

Introduction Definitions and short descriptions of: – Semantic Web – Semantic Web Services – Agents

Semantic Web – today (state of art) Semantic Web Stack development: – Lower layers are mature in the context of research, i.e. XML, RDF, Ontology,... ”The hen and egg problem” in practical use, i.e. The service providers will not invest in adding semantic data to their services until user tools are developed that offer users greate advantages in more precisly give them what they want.

Semantic Web –tomorrow and future Source: Semantic 5 – Current Status and Future Promise of the Semantic Web, James Hendler/UoM and Ora Lassila/Nokia, Semantic Technology Conference, March San Jose, California

Demonstrations and early prototypes MINDSWAP, University of Maryland ASG, EU FP 6/HPI/DERI METEOR-S

Today Source: Semantic 5 – Current Status and Future Promise of the Semantic Web, James Hendler/UoM and Ora Lassila/Nokia, Semantic Technology Conference, March San Jose, California

Tomorrow and Future Source: Semantic 5 – Current Status and Future Promise of the Semantic Web, James Hendler/UoM and Ora Lassila/Nokia, Semantic Technology Conference, March San Jose, California

Semantic Web Services – today, tomorrow and future 2005/6 Standards WSMOSWSFWSDL-SOWL-S Description WSMO (Web Service Modeling Ontology) has been developed since Part of a larger framework (together with Web Services Modeling Language and Web Services Execution Environment) SWSF (Semantic Web Services Framework) is an effort by Semantic Web Services Initiative (SWSI). The first meeting of SWSI was held in December SWSF uses DAML-S draft as a starting point. WSDL-S is being developed in METEOR-S project. The main purpose of WSDL-S is to extend existing WSDL standard with semantic description. OWL-S is an OWL-S is a OWL-based Web service ontology and research effort started in May 2001 as DAML-S. In November, 2003 the language was renamed to OWL- S. Current specification 1.1 dates to November, Developers Digital Enterprise Institute (DERI) Language Committee of SWSI SWSI IBM and University of Georgia. Many companies and universities working in DAML program. Standardization Submitted to W3C June 3, 2005 [link]link Submitted to W3C September 9, 2005 [link]link Plans for W3C submission. Submitted to W3C November 22, 2004 [link]link More info / services/swsf/ u/projects/meteor- s/wsdl-s/ services/owl-s/

SWSF

METEOR-S/WSDL-S

WSMO/ASG

Top level of DAML-S/OWL-S ontology

Agents – today, tomorrow and future 2006

The General Process of Engaging a Web Service (W3C) via Agents

Agent technologies for infrastructure support (roadmap)

Agents exchanging simple proofs

Agent tools and demo services JADE Agentcities

Integration of Semantic Web, Semantic Web Services and Agents Roadmap (2006 – 2009) Prediction after 2010

Applications of Integrated Semantic Web, Semantic Web Services and Agents Technologies Semantic Web Serviceic Agent Framework A Grid Services Knowledge search C2B B2B C2B

Integration of Semantic Web, Semantic Web Services and Agents FIPA Abstract Architecture Mapped to Various Concrete Realizations

Concrete Realizations Using a Shared Element Realization

Demonstrations and early prototypes ?

ASG lifecycle METEOR-S lifecycle SWSI lifecycle

The Integrated Web is emerging DERI projects: – SEnSE: Semantic Engineering Support Environment –INFRAWEBS: Intelligent Framework for Generating Open (Adaptable) Development Platforms for Web-Service Enabled Applications Using Semantic Web Technologies, Distributed Decision Support Units and Multi-Agent Systems

Service Access Middleware (SAM) architecture EU IST FP INFRAWEBS: Intelligent Framework for Generating Open (Adaptable) Development Platforms for Web-Service Enabled Applications Using Semantic Web Technologies, Distributed Decision Support Units and Multi-Agent Systems

DERI project SEnSE: Semantic Engineering Support Environment

SEnSE: Short description SEnSE will provide an environment where –Users can delegate change tracking tasks to software agents that proactively monitor the evolution and changes of design artefacts (tools) –Notifications can be based on the semantic structure of documents / resources rather than simple version changes –Information about changes can be done for indirectly relevant artefacts (tools) as well

Triple Space Computing (TSC)

TSC Architecture

Conclusion