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Translingual Information Detection,

Extraction And Summarization

TIDES

English-speaker

Critical Information(in English)

Multiple MediaMultiple SourcesMultiple Languages

Streaming, ChangingHuge Volumes

Tex

t

+

Spe

ech

EARST

ext

Speech-to-Text

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Search

Results

Video

Playback

SynchronizedEnglish andArabic

Transcripts

TIDES - E-ViTAP (Enhanced Video Text and Audio Processing)

TIDES

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• Prediction– Group & Nation State specific

predictive models • Influence

– Group & Nation State specific influence models

• Technology– Define a predictive methodology– Optimize the predictive models– Automate the operation of the

predictive models– Develop tools to automate the

modeling process

Nation -State

Group NGroup A

Interactions

Time

Terrorism

Politics

2

THREAT ANALYSIS

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CONTEXTUAL INFORMATION

• Document search for specific behaviors – Recreate the

information space preceding the behavior

– 79 attacks

– Over 750 documents

• Identify context issues related to behavior 5

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Electronic Book Using Electronic Ink from E Ink

would be programmed with military relevant content

SCATTERABLE MEDIA“Talking Leaflet”

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JOINT BATTLE COMMAND

&

COMMUNICATIONS

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System View

Operational View

Architecture for Joint Battle Command

Provides Ad Hoc, Self Healing Nets for faster planning, collaboration, coordination, synchronization and execution

Maintains “push/pull, client/server” service for IPB, CROP, BDA, COAA, sustainment and other non-intrusive input needs

Enables high bandwidth connectivity for strategic/theater/tactical sensors to create information from data

Focuses on planning, configuring, dynamically reconfiguring, and maintaining the sensor network under battlespace conditions

Maintains Enterprise connections Optimizes use of available spectrum Manages interoperability/security

Simulation

Course of ActionAnalysis Forecasts

CropIPB BDAIntelligenceTerrain Analysis

Understanding Layer

Information and Knowledge Layer

Communication and Security Layer

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Common Operating PictureMission Planning

Show Actual MovementsAlternative StrategiesAlternative Deployments

Fusion of Data SAR / LIDARSatellite ImageryC4/SIR information

Dynamic BattlespaceSuperimposedForce MovementsNatural or Urban Terrain

Target Acquisition UAV 3-D ImagingShorten Sensor to Shooter TimeKill the Right Target and only the Right

Target

JOINT BATTLE CENTER

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STRATOSPHERIC AIR SHIPS

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ISIS Vision

Wide Area AMTI Search High Capacity AMTI TrackAMTI Fire Control

Track Dismounts

Wide Area GMTI Search

GMTI

WidebandComms

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A-160 HUMMINGBIRD

• Develop two reduced capability rotary wing systems (Mavericks) and two full up A-160 prototypes (Hummingbirds).

• Develop and evaluate a transportable command and control system.

• Develop and evaluate SOF mission payloads (C3, ISR, Resupply).

• Evaluate military utility of rotary wing UAV.

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SOCOM UAV REQUIREMENTS

Program/Platform Relative Size Mission

Platform Gross Weight

POMRAV (Micro) SA, FP, DA1 1-2 Pounds

MPUAV (Small) SA, ISR, SIGINT, COMMS RELAY, FP, DA1

6-7 Pounds

RPUAV (Small) SA, ISR, SIGINT, COMMS RELAY, FP, DA1

5-6 Pounds

MUAV (Small/Medium) SA, FP, DA1 125 Pounds

M2UAV (Medium) ISR, COMMS RELAY, DA1, PSYOP

325 Pounds

WSADS (Medium/Large) PSYOP, SA, ISR, RESUPPLY, COMMS RELAY

1350 Pounds

ERHP (Large) ISR, COMMS RELAY, PSYOP PAYLOAD, RESUPPLY, PR, DA1, DA2

5000 Pounds

SA (Situational Awareness), FP (Force Protection), DA1 (Direct Action 1 Includes Targeting and Tagging for Targeting), DA2 (Direct Action 2 Includes Weapons Delivery, Targeting, Etc.), ISR (Intelligence Special Reconnaissance), SIGINT (Signals Intelligence), COMMS RELAY (Communications Relay), PR (Personnel Recovery)

Color Key:Color Key: Finalized ORD/CDD, Finalized ORD/CDD, Conceptual/Planned ORD/CDDConceptual/Planned ORD/CDD

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FUTURE SIMULATERS

&

HOLOGRAMS

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VIrtual Emissive Window (VIEW)

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Flexible, Large Area, Hi-Res Low Power, Emissive

Imaging

REAL-TIME AND NEARREAL-TIME HOLOGRAMS

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Description

Contractor: TBD

• Objective – Design, develop, and deliver a SOF specific reconnaissance simulator. The initial prototype will allow up to three SOF personnel to do active SR training and mission rehearsals in a virtual immersive environment. The device will enable users to use newly obtained imagery and video clips to rapidly (within 1 hour) render realistic graphic representations of specific areas or regions.

Amount on Contract ($M)

APPN Prior FY04 FY05 FY06 FY0709 TOTAL

RDTE -- 1.3 1.3 1.3 TBD 3.9

TOTAL -- 1.3 1.3 1.3 -- 3.9

Schedule

Phase I Award(15 Jan 04)

Demonstration Period(15 Jan 04-15 Jun 05)

FY04 FY05 FY06 FY07 FY08

Special Reconnaissance Simulator (SRS)

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POWER

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Nanotechnology

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Underlayer Capabilities UsingNanotechnology Approaches

• Physiological Status Monitoring (PSM) – Nanosensors (5-10 yrs)

• Conductive Fiber Network – Fibers with CNTs/conducting polymers (< 5 years)

• Microclimate Control – Smart nanoporous materials that respond to temperature (5-10 yrs)

• Anti-microbial – Nanoscale processing for optimum orientation and permanent binding to material (< 5 yrs)

•Therapeutics – Health maintenance and restoration via chronic/acute nanotechnology drug delivery systems (5-10 yrs)

Outerlayer Capabilities Using Nanotechnology Approaches

• Active CB Decontamination –Nanoparticles and nanofibers for maximum reactivity rate (< 5 yrs)

• Portable, Renewable Power-

Lightweight, flexible, nanocomposite solar cells (< 5 yrs)

• Textile Embedded Sensors – Nanosensors for enhanced sensitivity to hazards (5-10 yrs)

• Conductive Fiber Network -Fibers with CNTs/conducting polymers (< 5 years)

• Soft/hard Personnel Armor – Nanocomposite fibers and plates (<5 yrs)

• Agile Laser Eye Protection – Nanoiris or nanoscale arrays/dye configurations (5-10 yrs)

Nanotechnology for the Future Warrior

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Advanced Sensors

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MULTIPLE MINIATURE SEARCH & RESCUE PROBES (MMSRP)

• Small ball-like “robotic” sensor

• Penetrates hard to maneuver areas by jumping or rolling

• Sensors are active when stable and quite – then activate jumping or rolling mechanism for further reconnaissance

• RF or acoustic links map out room, cave, building and report findings

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MANTIS ConceptMultispectral Sensor Suite with On-Board Processor

Network-Enabled Collaborative Visualization

• Digitally fused, multispectral imagery (NIR/SWIR/LWIR)

• Helmet mounted display/visor

• Video Record/Playback and image stitching

• Augmented Reality

• Real-time video and image sharing (soldier-to-soldier)

• Access to remote sensors

• “Point, Click and Kill” for off-board weapons

MANTIS will replace current Night Vision Goggles to regain the nighttime advantage for the Individual Warfighter

and provide unprecedented Situational Awareness

MANTIS will replace current Night Vision Goggles to regain the nighttime advantage for the Individual Warfighter

and provide unprecedented Situational Awareness

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• Network information sharing

Collaborative Visualization & Target Handoff

– Real-time target handoff“Point, Click, and Kill”

Payoff: Warfighter has improved situation awareness and increased lethality

Handoff to

Netfires

– Access to remote imaging sensors

– Soldier-to-soldier sharing of video, images, text, and graphics

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NEST“A Line in the Sand”

Put tripwires anywhere

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Questions?