Semantic Web for the Military User C2 Applications.

Slides:



Advertisements
Similar presentations
Dynamics Research Corporation Semantic Web Military Applications Lee Lacy (407) x104 DAML PI Meeting, Nashua, NH July 18-20, 2001.
Advertisements

Semantic Web for the Military User C4 Summary of Actions From June 6/7 Meeting.
Semantic Web for the Military User Overview of June 6 & 7 Meeting Tom Martin.
CoABS Grid Military Users Group (GMUG) for the SWMU Tom Martin November 13, 2001 for LCDR Dylan Schmorrow CoABS Program Manager
Jim Hendler Chief Scientist - Information Systems Office DARPA.
Semantically Grounded Briefings Bob Balzer, Neil Goldman, Marcelo Tallis Teknowledge
Doctrine Applications/ Lessons Learned Breakout Session Report for DAML PI Meeting 18 July 2001 John Flynn Semantic Web for Military Users.
Semantic Web for the Military User Overview. Outline Objectives – motivation Agenda Participants Next Steps as a group Each area will present –C2 Applications.
1 APPLYING DAML TO FOREIGN CLEARNACE GUIDE (FCG) 07 May 03 Mark Gorniak AFRL DAML Program Manager Information Technology Directorate Air Force Research.
Dynamics Research Corporation Semantic Web Military Applications November 13-14, 2001 Lee Lacy (407) x104.
Semantic Web for the Military User Transition Breakout SessionIntelligence Dr. Joe Rockmore/Cyladian Technology Consulting.
Semantic Web for the Military User C2 Applications Breakout Report 11/14/01.
Introduction ATMCP and Performance Dominique Colin de Verdière (CENA) Bernard Miaillier (Eurocontrol) TIM9 - ATMCP-RTSP May 2002.
International Technology Alliance In Network & Information Sciences International Technology Alliance In Network & Information Sciences Paul Smart, Ali.
Distribution Statement A: Approved for Public Release; Distribution is unlimited. 1 Electronic Warfare Information Operations 29 MAR 2011 Val O’Brien.
Using the Semantic Web to Construct an Ontology- Based Repository for Software Patterns Scott Henninger Computer Science and Engineering University of.
Data Catalogue Service Work Package 4. Main Objective: Deployment, Operation and Evaluation of a cataloguing service for scientific data. Why: Potential.
Connecting People With Information DoD Net-Centric Services Strategy Frank Petroski October 31, 2006.
Planning for Flexible Integration via Service-Oriented Architecture (SOA) APSR Forum – The Well-Integrated Repository Sydney, Australia February 2006 Sandy.
Murray Burke Information Exploitation Office DARPA Agent Markup Language November 2001 Enabling “agent” communication at a Web-wide scale.
MS DB Proposal Scott Canaan B. Thomas Golisano College of Computing & Information Sciences.
Question Answering in the InfoSphere: Semantic Interoperability and Lexicon Development Paul Thompson and Steven Lulich Institute for Security Technology.
Global City Teams Challenge Funding Opportunities.
V. Chandrasekar (CSU), Mike Daniels (NCAR), Sara Graves (UAH), Branko Kerkez (Michigan), Frank Vernon (USCD) Integrating Real-time Data into the EarthCube.
An Intelligent Broker Architecture for Context-Aware Systems A PhD. Dissertation Proposal in Computer Science at the University of Maryland Baltimore County.
Technology Applicability for Prediction & Recognition of Piracy Efforts NATO ASI September 2011 Salamanca, Spain.
Computing in Atmospheric Sciences Workshop: 2003 Challenges of Cyberinfrastructure Alan Blatecky Executive Director San Diego Supercomputer Center.
John Gruetzmacher, Lockheed Martin
Teaching Metadata and Networked Information Organization & Retrieval The UNT SLIS Experience William E. Moen School of Library and Information Sciences.
Statement of Work NRL EEE/ESG And SRSS. First Year EEE 1.Assist in determining if the CoABS architecture/technology can successfully transition to U.S.
1 IEEE TRANSACTION ON KNOWLEDGE AND DATA ENGINEERING, VOL. 15 NO.5, SEPTEMBER/OCTOBER 2003 Manuscript received 10 July 2000; received 2 Jan. 2001; accept.
Agent Model for Interaction with Semantic Web Services Ivo Mihailovic.
Linked-data and the Internet of Things Payam Barnaghi Centre for Communication Systems Research University of Surrey March 2012.
EU Project proposal. Andrei S. Lopatenko 1 EU Project Proposal CERIF-SW Andrei S. Lopatenko Vienna University of Technology
VIRTUAL INFORMATION AND KNOWLEDGE ENVIRONMENT FRAMEWORK IP-FP
McIlraith - Knowledge Systems Laboratory DAML/Horus Meeting 02/16/2001 Mobilizing the Web with DAML-Enabled Web Services Sheila McIlraith Knowledge Systems.
Advanced Decision Architectures Collaborative Technology Alliance Regulating the Exchange of Tactical Information Using the KAoS Policy Services Framework.
Net-Centric Operations & Warfare
B3AS Joseph Lewthwaite 1 Dec, 2005 ARL Knowledge Fusion COE Program.
MURI: Integrated Fusion, Performance Prediction, and Sensor Management for Automatic Target Exploitation 1 Dynamic Sensor Resource Management for ATE MURI.
Sheila McIlraith, Knowledge Systems Lab DAML Kickoff 08/14/00 Mobilizing the Web with DAML-Enabled Web Services Services Team Sheila McIlraith (Technical.
©Ferenc Vajda 1 Semantic Grid Ferenc Vajda Computer and Automation Research Institute Hungarian Academy of Sciences.
A Context Model based on Ontological Languages: a Proposal for Information Visualization School of Informatics Castilla-La Mancha University Ramón Hervás.
Projectile Kinetic Energy Reduction System (PKERS)
Semantic Web for the Military User May 7-8, 2003 Preparing the Military for the Revolution of the Semantic Web Preparing the Military for the Revolution.
Networked Embedded and Control Systems WP ICT Call 2 Objective ICT ICT National Contact Points Mercè Griera i Fisa Brussels, 23 May 2007.
Page 1 Unclassified _NB_Next Steps.ppt Phillip E. Paulsen Space Communications Office NASA Glenn Research Center (GRC) Cleveland, Ohio 6 November.
E2E Spatial Infrastructures The South Esk Hydrological Sensor Web Andrew Terhorst Project Lead: Real-Time Water Information Systems 6 December 2010 Water.
Enabling the Future Service-Oriented Internet (EFSOI 2008) Supporting end-to-end resource virtualization for Web 2.0 applications using Service Oriented.
C4ISR for the Military: Development and Implementation Presentation to the Security Network’s C4ISR, Robot Platforms, and Sensor Conference Greg Collins,
26/05/2005 Research Infrastructures - 'eInfrastructure: Grid initiatives‘ FP INFRASTRUCTURES-71 DIMMI Project a DI gital M ulti M edia I nfrastructure.
Marine Metadata Interoperability Acknowledgements Ongoing funding for this project is provided by the National Science Foundation.
Shared Operational Context: A Needed Transformation
Meeting #96 Brian Van Vliet Chief, Control Sciences Division AFRL/VAC; Air Force Research Laboratory AEROSPACE.
2/2/2016 5:40 PM 1 Force Templates: A Blueprint for Coalition Interaction within an Infosphere Lt Col. Robert E. Marmelstein Joint Battlespace Infosphere.
A Portrait of the Semantic Web in Action Jeff Heflin and James Hendler IEEE Intelligent Systems December 6, 2010 Hyewon Lim.
International Telecommunication Union Committed to connecting the world Shaping tomorrow’s smart sustainable cities today Nasser Saleh Al Marzouqi Chairman,
1 Architecture and Behavioral Model for Future Cognitive Heterogeneous Networks Advisor: Wei-Yeh Chen Student: Long-Chong Hung G. Chen, Y. Zhang, M. Song,
Authorized for Public Release IAW SPR dtd RDML MARK R. MILLIKEN Navy International Program Office.
1 Innovation & Transformation: Enabling Information Superiority for the Warfighter Mr. Arthur R. Friedman OASD(NII)/DoD CIO 4 October 2006.
Approved for public release; distribution is unlimited. 10/7/09 Autonomous Systems Sensors – The Front End of ISR Mr. Patrick M. Sullivan SPAWAR ISR/IO.
CIMA and Semantic Interoperability for Networked Instruments and Sensors Donald F. (Rick) McMullen Pervasive Technology Labs at Indiana University
Selected Semantic Web UMBC CoBrA – Context Broker Architecture  Using OWL to define ontologies for context modeling and reasoning  Taking.
1 Enabling “agent” communication at a Web-wide scale.
1 Developing an Ontology of Ontologies for OOR Ontology Summit 2008 April 28-29, 2008 Michael Gruninger and Pat Hayes.
Machine Reasoning and Learning Workshops III and IV Kickoff Wen Masters Office of Naval Research Code 311 (703)
facilitating the Net-enabled Ecosystem
DAML Enables Semantic Integration of C2 Tools
Hot Rail LLC Company Profiles Clients & Experience
Universal Core Task Force Connecting People With Information
Presentation transcript:

Semantic Web for the Military User C2 Applications

Outline Framework Participants Transition actions by area

Framework for Review: Expeditionary Sensor Grid Characteristics Time DeployedWhen Committed Sensor CoverageReal Time High Interest Areas NumbersMany (100s – 1,000s) CostLow NetworkFully Netted (FORCEnet) Stability Endurance – Hours to Months Limited Vulnerable Counters CCD KEY UUV sensor USV sensor UAV sensor – medium UAV sensor – small Unattended ground sensors Unattended sea sensors

C2 Applications Review ESG Framework Control of systems/sensors/and networks –With auto registration, knowledge of capabilities, can more intelligently control for optimal or appropriate coverage for the mission at hand for planning, and adaptation to changing conditions. Infrastructure Applications –Semantic interoperability of systems, dynamic reconfiguration with understanding at the machine level of the implications Sensor Applications –Smart Sensors communicating with one-another E.g., unattended acoustic/IR… aerial, ground, or underwater sensor (one of potentially thousands) –Fusion, aggregation and reporting

C2 Applications Participants Gunnar Ramstrum SSC Mark Nelson COMEODGRU 2 Steve HoffmannAMC/AFRL Pedro Szekely ISI Mark Gorniak AFRL Ken WhitebreadLMSC/ATL Frank White SSC Doyle WeisharGlobal Infotek Mark TempestilliUSNA Rich Coupland NWDC Don ConklinBBN Marti HallDRC Phil BarryDMSO David MarshAFRL/IFT Wayne PerrasNWDC Mike SiracuseUSJFCOM Rick MetzgerAFRL Mel PetersRaytheon Mike DeanBBN

Summary of areas of interest We discussed promising DAML capabilities, potential DAML implementation problems/issues, but really keyed on promising applications: –AMC – Markup for Diplomatic Clearance Guidance for Military Air –ESG – Tackle sensor level fusion applications in FY 02 lab testing, infrastructure and Command and Control Level at modeling level –JBI – Address systems interoperability issues and fusion Other potential pointers (outside this group) –Suggestion was to approach Air Traffic Control System

AMC Proposed Approach to Diplomatic Clearance Foreign Clearance Guide DAML Ontology DAML Markup (Australia) DAML Markup (Saudi Arabia) Logic/ Business Rules Flight Planning/ Dip Reqs

AMC Proposal Create Prototypical Ontology for Foreign Clearance Guidance –Develop Classes and attributes –Identify Relationships/Other Properties Mark Up Sample Pages (Selected Content vs. Selected Countries) Develop/Harness Front-End for Demonstration Goals: –Reduce Mistakes/Misses Within AMC –Demonstrate Feasibility of DAML in FCG Domain Action –DAML/Horus Integrator will connect with ISX regarding potential ontology building approaches

Joint Battlespace Infosphere Objective: A system of systems that integrates, aggregates, & distributes information to users at all echelons, from command center to battlefield. –Multiple enablers, but regarding DAML potential, the enabler of Transforming Data into Knowledge –Promote information interoperability amongst numerous heterogeneous clients (ie., apps, sensors) –Potential for using DAML markup in JBI info object metadata headers and Fuselets for info tailoring AFRL took action to explore DAML use as part JBI info object representation

ESG/EEE Actions Actions: –SSC took multiple actions related to ESG Enabling Experiments at SSC San Diego: Identify sensors for DAML representation in FY 02 laboratory testing Look at modeling the Infrastructure and System Control level for DAML implications, specifically look at ties to other DARPA programs in ATO (candidate programs include IA programs and Dynamic Data Base/Dynamic Target Tracking/Advanced ISR Management and UGS).

ESG-related discussion Data registration, uncertainty estimation, and further articulation of sensor and network information are important issues. –SRI might be willing to take on as challenge problem for their work. DAML Integrator will follow up. CNO N-6 (C3) has a related project in communications – Capt Tempestelli will provide further information/ contact to pursue, and fold into ESG/EEE

Other Potential Applications Air Traffic Control –Air Traffic Control System is transitioning to web-based information management. –Clearly, they will have the kinds of issues that might be aided by the use of DAML. –DAML integrator will follow up.