swt infontology
DESCRIPTION
ingenuity project for education designed to be a proof of concept for semantic interoperabilityTRANSCRIPT
Official Entry — PowerPoint Template —
Primary Contact Information
• Name: Keith Peter Scharding
• Title: Information Systems Analyst
• Company: Enterprise Infosystems
• email: [email protected]
• Phone: 412-881-1377
• Street Address: 2235 Bernard street
• Internet Address: http://echelonxq.net
Entry Info
• Project Title: Information Systems Intelligence
• Vertical: Education (Healthcare, Education or Clean Technology)
• Project Summary: How ‘Semantic Web Technology’
• Facilitates better communication of information.
• Educational Objective is to facilitate the aptitude
• to understand how semantic web technology works;
• fundamental principles and tools which are vital
• to realize the full potential of this global development.
Entry Info• Technical Summary:
– Platform Technology?
– Net platform for Hosting Services utilizing Microsoft Solutions Framework.
– Interoperable with other technologies?
– BizTalk Server with Eclipse Interoperability using AspectC++ for Perl; Macintosh; Linux
– Objective of your technology architecture
– To facilitate the use of Semantic Web Technology for Education
– Is there a Software + Services component (link to MS S+S site)?
– Only http://echelonxq.net as yet
– Is there a web component?
– Yes; SemXQ_Suite is a software product based upon the Web Services Process Model
– Do you have an Office Business Application component? Yes – it is called OfficeXQ
Semantic Web – Ontology
Software Assurance Microsoft Desktop Optimization PackMicrosoft SoftGrid® Application Virtualization Microsoft Asset Inventory ServiceMicrosoft Advanced Group Policy ManagementMicrosoft Diagnostics and Recovery Toolset Microsoft System Center Desktop Error Monitoring
•The ‘process’ of semantic web technology – Information System Intelligence
What inspired you to create your solution?
What problem does your application solve for your customer and how?
• Children need to appreciate how ‘ideas shape visualization’ – semantic web applications are a first rate channel for accomplishing this purpose. Communications are the PROBLEM solved.
Semantic Web Processes
Composition Languages
ontological concepts (annotation)
application problem resolution strategy
Hierarchical Data Source Controls
Correspondence and Representation
Educational Facilitation –(Dissemination)
Applicability to Educational System(s)
Connected Hosting Services Network
Network Information Modelling
UDM – Database Concept Modeling
Publication
Discovery
Description
Messaging
Network
Flow
How does your solution tie into your chosen vertical?
• Information is extremely important!
• Bioethics is more important• CSF – Connected Services Framework
Web Processes
What Microsoft platform technology did you use to build your solution?
• Net System 3.5 | Windows Workflow Foundation – Connected Services Framework• Designed for use with Network Mashups; Hosting Services; Sharepoint; Dynamic CRM• Service Broker Interface – BizTalk Server for WS Choreography and Orchestration• Information System Intelligence – MS SqlServer 2008 and Intellidimension RDF Gateway• Semantic Web Services Process Model Ontology – Metamodel and Metalanguage• Use of ‘Composition Languages’ - resolution of structural and semantic heterogeneities• Conceptuality of optimal matching using semantic information – LINQ and ADO.NET• Microsoft HPC – Windows Server 2003 Clustering for UNICORE interoperability
Bipartite graph. Each edge has a weight (semantic similarity).
A
B
C D
X Z FYb(O, I)b(O, I)
X ZY
ABC
M
N TU
RS P
B
C D
FA
What is the worldwide potential of your solution & how do you envision it being used?
• QoS management – Quality of Service Management _ Educational Aspect Collaboration• Workflow Process and Web Services Composition _ Ontology Driven
Quality of Service Metrics:• semantic Web services• process composition
Discovery of semantic associations• Knowledge Base Representation• Visualization and Correspondence• Semantic Web ontologies
Application to Educational Systems• Idea of value • Axiomatic Semantics – Practical Lessons• Reality – Application to Actual Problems
ServiceResource
ServiceProfile ServiceModel ServiceGrounding
provides
described by
presents supports
what theservice does
how theservice works
how to accessthe service
Event Driven Web Service Ontology
Educational Tools
Mathematical Tools
Mathematics – MathLab
Linguistics and Semantics
WordNet Technology
Visualization – Conceptualize
Concept Visualization
Science and Engineering
UNICORE – International Interoperability Projects
Geoinformatics - DDDAS WSMO
Technology Partners for SemXQ_Suite
OGF Grid Requirements Roll-upEvent-Driven Workflows Event-Driven Workflows -- Dynamic Dynamic WorkflowsWorkflows
Microsoft HPC - ClusteringUNICORE
Semantic Wikis - Disaster Relief ReliefWeb ----- AlertNet. ---- HICThe WIKI - HealthGridThe Knowledge Base
Screen Shot
• Metamodeling
• DB Concept• Network Info• MOF – MSF• Guidance Pkg• Hyperspace• Systems• Architecture• Interoperabili
ty• UDM – UML
Communicate Categorization Cognitive Design Patterns _ Visualization
Semantic Web Tools
SweetSearch
Search Engine for the Semantic Web
SWANS is a scalable wireless network simulator
Semantic Web Services Initiative
Questions and Answers - Practicality
Congratulations to Al GoreFor his NOBEL PRIZE
Windows Compute Cluster Server 2003 Downloads