Central Test and Evaluation Investment
Program (CTEIP)
Ed Gonzalez
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Director, Operational Test and Director, Operational Test and EvaluationEvaluation
Secretaryof
Defense
Director Operational
Test and EvaluationPrincipal Dep
Director
Deputy DirectorC3I &
Strategic Systems
Deputy DirectorSystems and
Test Resources
Under Secretary of Defense (AT&L)
Deputy DirectorLive Fire T&E
Deputy DirectorConventional
Systems
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The CTEIP Program
Established in FY90 (Congressionally founded)Funds acquisition of high-priority multi-Service T&E capabilities, applying state-of-the-art technologies
Managed by OSD DOT&E/Systems and Test Resources
Added responsibility for resourcing near-term OT&E shortfall efforts in FY91
Leverages Service/Defense Agency T&E investments
Funding historically near $125M/year
Have multi-Service application
Be developmental
Be non-procurement
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Air Force Air Armament Center Eglin AFB, FL
Aberdeen Test Center Aberdeen Proving Ground, MD
Naval Undersea Warfare Center Newport, RI (Non-MRTFB)
.
.
Naval Air Warfare Center Weapons DivisionChina Lake and Point Mugu, CA
Yuma Proving Ground Yuma, AZ
Electronic Proving Ground Ft Huachuca, AZ White Sands Missile Range and 46th Test
Group White Sands, NM
.
. . .
.
Air Force Flight Test Center Edwards AFB, CA
Arnold Engineering Development Center Tullahoma, TN
Naval Air Warfare Center, Aircraft Division, Patuxent River, MD
Non-MRTFB Test Sites, including … U.S. Army Aviation Center Fallon NAS NTC, Ft. Irwin Redstone Technical Test Center Naval Undersea Warfare Center
.
Dugway Proving Ground Dugway, UT .
.
Advanced Range TelemetryFoundation Initiative 2010Hardened Subminiature Telemetry & Sensor SystemJoint Advanced Missile InstrumentationJoint C4ISRJoint Installed Systems Test FacilityMulti-Service Target Control System
Advanced Range TelemetryElectromagnetic Environmental Effects Generating SystemElectromagnetic Transient T&E FacilityFoundation Initiative 2010Joint Advanced Missile InstrumentationJoint C4ISRJoint Installed Systems Test Facility
Hardened Subminiature Telemetry & Sensor System Joint Advanced Missile Instrumentation Land & Sea Vulnerability Test Capability Roadway Simulator Tri-Service Signature Measurement & Database System
Foundation Initiative 2010 Joint C4ISR Land & Sea Vulnerability Test Capability Soft Impact Location Capability Tri-Service Signature Measurement &
Database System
Advanced Instrumentation & Data Control System Decade Radiation Test Facility Enhancement
Digital Video Laboratory Enhanced Range Applications Program Foundation Initiative 2010 Hardened Subminiature Telemetry & Sensor System Joint C4ISR Joint Installed Systems Test Facility Multi-Service Target Control System Tri-Service Signature Measurement & Database System
Advanced Range Telemetry Digital Video Laboratory Foundation Initiative 2010 Multi-Service Target Control System
Foundation Initiative 2010 Joint C4IRS
Contamination Avoidance Detector Test Suite
Hardened Subminiature Telemetry & Sensor System
Advanced Range TelemetryFoundation Initiative 2010Joint Installed Systems Test Facility
CTEIP JIM Projects in Execution at the MRTFB
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FY 2004 President’s Budget Request
FYDP Profile ($M)
FY04 PBR 123.215
Cong. Adds 14.900
Gen. Reductions - 1.173
Total CTEIP, FY03 136.942
130.8128.3126.7124.4136.9122.3127.1 133.3
FY02 FY03 FY04 FY05 FY06 FY07 FY08 FY09
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Major InitiativesCTEIP-Sponsored Studies
Integrated Networked Enhanced Telemetry Determine feasibility of RF TM network Will augment and enhance current PCM technology by
allowing more efficient use of current TM bandwidth with on the fly selection of the TM data that is transmitted
Directed Energy Test and Evaluation Capabilities Study Requirements definition Test capabilities assessment based upon results of
requirements definition Infrastructure development roadmap
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Study Approach
ProgramTest
Concepts
T&EInfrastructureRequirements
Agency/ProgramUnique
CapabilitiesShortfalls
Solution Specs
Multi-Service Capabilities
ShortfallsSolution Specs
T-SS
CTEIP
Service Investment ProcessReliance Process
Roadmaps
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T&E Capability Development
A B
Concept &Technology Development
System Development & Demonstration
LRIP and Production
Operations &Support
C
Technology Opportunity and User Needs
WeaponSystemAcquisition
T&E Capability NeededFor IOT&E
T&E Requirement
T&E/S&T
CTEIP or Service I&M
Partnershipwith Acq Com
& Industry
T&EPlanningProcess
CTEIP: Why a Joint Investment Program for T&E Capability
Developments
System T&E PlanningBegins here
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CTEIP Efforts in Target and CTEIP Efforts in Target and RangesRanges
EnRAP - Enhanced Range Applications Project
MSTCS - Multi-Service Target Control System
JAMI- Joint Advanced Missile Instrumentation
iNET - Integrated Network Enhanced Telemetry Study
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This slide should be a picture(s) or an illustration that depicts and / or illustrates the project.
GPS
EnRAP Ground System
EnRAP RANGE INSTRUMENTATIONTethered
Remote
Rangeless
Relay
Encrypted or Unencrypted Links
Participants are equipped with internal mounts or pods
Enhanced Range Applications Enhanced Range Applications ProjectProject
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Target Control Description
Multi-Service Target Control Multi-Service Target Control SystemSystem
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Joint Advanced Missile Instrumentation
Integrated instrumentation package for small missile platforms
Will eliminate the need for range specific or multi-system facilities
JAMI components will provide:
TelemetryDual/Tri-Band Antennas
Time-Space-Position-InformationTrack high-dynamic targets
and missiles that fly below the radar horizon
Flight TerminationMiniature, dual-redundant
flight termination hardware End Game Scoring
Data to determine lethality performance for missile-target intercept.
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FTR
FTS&A
TOMAHAWK JTU-T
JTU-IIGSU-II V2
JTU-I
JAMI Deliverable HardwareJAMI Deliverable Hardware
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•iNET Study Products
•Determine needs of RF TM network
•Provide a network architecture
• Integrate ground and test article networks
• Uses spectrum as a pooled resource
•Define a technology investment roadmap
•Driver: Limited spectrum for T&E
•iNET introduces a network approach to move the bulk of TM data; traditional PCM TM retained for safety of life/flight
Integrated Network Enhanced Integrated Network Enhanced Telemetry StudyTelemetry Study
RF Network
Data AcquisitionNetwork
Point to Point
Network
Test Engineers
Laboratories
DataManagement
Data AcquisitionNetwork
Network Enhanced Telemetry
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Identify Future T&E DriversIdentify Future T&E Drivers
MOUT Environments
Approach: explore methods used by the cellular industry
Approach: Materials for inexpensive threat representation
Need: Threat Representative Structures
Need: Instrumentation to locate combatants
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Identify Future T&E DriversIdentify Future T&E Drivers
Accommodate Greater Engagement Ranges
Need: Range/FidelityApproach: Networked ranges – TENA ,iNET
Need: Mobile instrumentation – calibration, long duration power
Approach: TRACS & Right Mix of GPS and RADARS
Threat realism
Approach: Low cost, higher fidelity, IR RF & optical, components
Need: Higher fidelity, multi-
spectral targets
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Identify Future T&E DriversIdentify Future T&E Drivers
Environmental Challenges
Need: Better Spectrum Utilization
Approach: Improved Spectrum Management Tools
Need: Better Use of Airspace
Approach: clearance to fly UAVs in civilian airspace
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Help Identify Areas for CTEIP Help Identify Areas for CTEIP InvestmentInvestment
Common investment roadmapPartner with industry and other DOD organizations Identify DoD and Industry T&E NeedsEstablish investment objectivesTime phase investments to meet the DoD and Industry
T&E Needs
Dennis Mischel will be the DOT&E Lead for this Effort
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Points of Contact
DOT&E/S&TRCTEIP Program Office
4850 Mark Center DriveSuite 1000 (10th Floor)Alexandria, VA 22311
Derrick Hinton, CTEIP PEM [email protected](703) 681-4000 ext. 157
Dennis Mischel, Targets and Threat Systems [email protected](703) 681- 4000 ext 164
Back upBack up
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• Modular design, 1350-1450 MHz, TDMA
Up to 1810 MHz with new power amp Drop in VCO replacement allows
• VHF, 225-400 MHz, 900MHz, 1900-2500MHz
• Requires new power amp Digital Signal Processor allows multiple waveforms
• Output power: 43 dBm and 50 dBm• Data rates: 1.28 Mbps and 232 Kbps• Interfaces
RS-422 (SDLC, Asynchronous) IEEE 1394 (Firewire) RS-232 (CDU interface)
L-Band MSTCS Data Link L-Band MSTCS Data Link TransceiverTransceiver
22Non-TENA Applications
RangeResource
Application
RangeResource
Application
Management andMonitoring Apps
Management andMonitoring Apps
Analysis andReview Apps
Analysis andReview Apps
Non-TENA Communications
TENATENATENA
TENARepository
Range ResourceApplication
Range ResourceApplication
DataCollectors
DataCollectors
HWILHWIL
RangeResource
Application
RangeResource
Application
TENA Middleware
Repository Utilities
Repository Utilities
TENAObject
TENAObjectTENA
Object
Logical Range Planning Utilities
Logical Range Planning Utilities
Object Model Utilities
Object Model Utilities
LogicalRangeData
Archive
TENA Utilities
TENA Common Infrastructure
TENA Applications
Non-TENA System
Non-TENA System
I S R F o r c e M i x S t u d y
S h a d i n g i s : P h a s e
6 .26 .05 .44 .84 .23 .63 .02 .41 .81 .20 .60 .0
TENA Tools
GatewayGateway
Telemetry Network System Data Acquisition Network
RF Network/PCM TM
Interface to Ground Network
Network Enhanced Telemetry
Data AcquisitionNetwork
Data AcquisitionNetwork
RF Network
Downlink
Downlink
Dow
nlink
Proposed Solution: integrated Proposed Solution: integrated NetworkNetwork
Enhanced Telemetry (iNET)Enhanced Telemetry (iNET)
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Identify Future T&E DriversIdentify Future T&E Drivers
MOUT Environments Instrumentation to locate combatants
– explore methods used by the cellular industry Threat representative structures -Material – allow inexpensive threat
representation to be constructed
Threat realism – current systems discrimination require higher fidelity IR RF optical, etc threat representation
Accommodate greater engagement ranges Range/fidelity
Networked ranges – TENA ,iNET Mobile instrumentation – calibration, long duration power
TRACS Trades between gps & radar
Environmental Challenges Spectrum
Spectrum mgmt tools Natural environment
Airspace – clearance to fly UAVs in civilian airspace Use of UAVs as test platforms/targets