semantic web for the military user

11
Semantic Web for the Military User C4 Summary of Actions From June 6/7 Meeting

Upload: calista-marquez

Post on 01-Jan-2016

12 views

Category:

Documents


0 download

DESCRIPTION

Semantic Web for the Military User. C4 Summary of Actions From June 6/7 Meeting. C4 Apps Actions (1). Action: AMC Diplomatic Clearance Application Assigned: BBN/John Flynn Due:12-Sep - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: Semantic Web for the Military User

Semantic Web for the Military User

C4 Summary of Actions

From June 6/7 Meeting

Page 2: Semantic Web for the Military User

C4 Apps Actions (1)

Action: AMC Diplomatic Clearance Application

Assigned: BBN/John Flynn

Due: 12-Sep

Status: Knowldege acquisition meeting sponsored by Rome Lab was held at the Air Mobility Command on 28 – 30 August. The observations are being compiled. Next step was to scope a practical demonstration. This demo will be shown today.

Page 3: Semantic Web for the Military User

C4 Apps Actions (2)

Action: Explore DAML use as part JBI info object representation

Assigned: AFRL Rick Metzger

Due: 1-Oct

Status:

Page 4: Semantic Web for the Military User

C4 Apps Actions (3)

Action: Identify sensors for DAML representation in FY 02 EEE testing

Assigned: SSC Frank White

Due: 1-Aug

Status: Initial cut: DADS, MASINT UGS, and Global Hawk package are being assessed for FY 02 EEE DAML representation

Page 5: Semantic Web for the Military User

C4 Apps Actions (4)

Action: Assess DAML in modeling infrastructure and system control level/ties to other programs

Assigned: SSC Frank White

Due: 1-Aug

Status: Drafting a thought paper for read-ahead re the issues of phenomenology description, geo registration, measurement issues (e.g., temporal, errror, and uncertainty description) Key tie to the DARPA programs Dynamic Data Bases and Dynamic Tactical Targeting

Page 6: Semantic Web for the Military User

DAML in Expeditionary Sensor Grid(ESG) for Data and Information Fusion

ESG - A sensor grid architecture that integrates sensors, networks, decision aids, weapons, warriors and supporting systems into a highly adaptive comprehensive system that operates from the surface to space and from sea to land.

Widely varying heterogeneity, thousands of sensors and sources - coalition, legacy and emerging systems and sensors

Fusion will require many more operators than practical and automation of fusion will depend on software agents

DAML Contribution Referenced metadata regarding sensor

characteristics, performance and reliability (pedigree), and decision-needs context for multiple heterogeneous sensors/sources/systems enabling high level automated (agent-based) fusion.

SSC running FY 02 ESG Enabling Experiments Assess DAML markup utility for enhancement of fusion Explore bandwidth overhead and scalability issues.

Page 7: Semantic Web for the Military User

Sensor Processing Stream using fixed structure, XML, and DAML

Sensor d specification

Algorithm description…

Sb` Sc Szz

Sa`

Sa`

Sa`

Sa`

TimeSeries

Sensor FusionProcessor

Event Time/Freq, Intensity, Shape Features, Sensor Data

C2 Fusion

ClassificationConfidenceLocalizationTracks+ Event Data

Sd Se……...

Heterogeneous Sensors

Sensor c specification

Algorithm description…

Sensor b specification

Algorithm description…

Semantic Resources

Fixed DataStructure XML DAML

DAML in Sensor Fusion

Page 8: Semantic Web for the Military User

DAML in Sensor Fusion

Sensor Processing Stream using fixed structure, XML, and DAML

Sb`

S

c

S

zzTimeSeries

Event Time/Freq, Intensity, Shape Features, Sensor Data

Existence of objectClassificationConfidenceLocalizationTracks+ Event Data

S

d

S

e

…...

Heterogeneous Sensors and Sources

Sensor c specification

Pedigree

Algorithm description

“Unit definition”

Decision Context

Semantic Resources

Fixed DataStructure, XML

DAML

DATA AND INFORMATION FUSION (Client and Services?)

Level 0 Signal Data Refinement

Level 1

Object Refinement

Objects

Le

ve

l 4

R

es

ou

rce

Re

fin

em

en

t

Object Base

Situation

Visualization, Management

Level 2Situation Refinement

Level 3Impact Situations

ImpactsHigh

Low

INF

ER

EN

CE

LE

VE

LSensor b specification

Pedigree

Algorithm description

“Unit definition”

Decision Context

Sensor a specification

Pedigree

Algorithm description

“Unit definition”

Decision Context

HUMINTOpen Source…

?

?

Page 9: Semantic Web for the Military User

DAML Fusion Process

C2 FusionClient

Sb` Sc SzzSd Se……...

Heterogeneous Sensors

Success

Failure

Ontologyfor

ScenarioA

Ontologyfor

ScenarioB

Ontologyfor

ScenarioX

Hypotheses Generation and Selection

Sensor d specification

Algorithm description…

Sensor c specification

Algorithm description…

Sensor b specification

Algorithm description

Sensor Semantic Resources

Sensor Fusion/Resolution

……...

……...

Page 10: Semantic Web for the Military User

C4 Apps Actions (5)

Action: Contact SRI re data registration, uncertainty estimation, articulation of sensor/network information

Assigned: BBN John Flynn/Mike Dean

Due: 11-Jul

Status: SRI has been contacted and will follow through

Page 11: Semantic Web for the Military User

C4 Apps Breakout Tasks

• Explore Further C4 Applications

• Follow up Sensor, Fusion, and Information Management applications of Semantic Web/DAML

• Ascertain ties to other areas (Intel/Doctrine-Lessons Learned, others)