Title: EMBEDDED TRAINING INITIATIVE
1EMBEDDED TRAINING INITIATIVE
2OSD Supporters include
- DEPSECDEF capture the potential for embedded
training and advanced simulation technologies - and we must place a higher priority on
finding opportunities - PDUSD(AT) The advantages of training on the
actual equipment one is operating are self
evident and the Department can benefit by
accelerating the rapid application of these
techniques
3Precepts
- Approach to implementation is different depending
on Acquisition status of the platform, weapon
system, or support system. - Program training mode decisions need to be made
on a case by case basis, but . - training mode decisions must be aligned to the
Joint Training Vision for the 21st Century
including multi-platform interconnectivity .
4Embedded Training Concept
training at the operational system
Tng Aids
Job Aids
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Integrated
HELP
Stand Alone
IETM
Flight Simulators
Hierarchy of Embedded Training
- Interactive Courseware
- Individual, Scenario-based (Virtual)
- Team, Scenario-based (Virtual)
- Multi-platform, Scenario-based (Virtual)
- Single Platform (Live w/ Virtual Overlay)
- Multi-platform (Live w/ Virtual Overlay)
5Demonstration Purpose
- Demonstrate coherent insertion of virtual
entities into a multi-platform live training and
test environment. - Virtual augmentation of the live training/test
environment - Embedded training concepts in a series of
realistic scenarios - Establish a seamless Live-Virtual-Constructive
environment for training and test. - Provide a vision for the broad APPLICATION of HLA
principles - Focus on a most critical and expensive training
area - Air Warfare
DRAFT WORKING PAPERS
6Strategic Considerations
- LVC Demonstrations to date have left significant
hot spots of deficiency, especially - between warfare areas, i.e. ground / air
interface - in Aviation platforms
- Solutions vary widely in complexity and
demonstration time lines - Users want demonstrated capabilities to be
directly linked to validated scenarios
7Demonstration Strategy
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TIERED CAPSTONE Tier III ELEMENTAL Tier
II INCREMENTAL Tier I PHASED NOW
2004
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HLA RT I
8CAPSTONE Architecture
JTCTS AISI (F/A-18)
JTCTS AISI (F/A-18)
GNSS/ET Aircraft Electronics
JTCTS AISI (E-2/3)
CARS/ET Aircraft Electronics
JTCTS AISI (F/A 18)
CARS/ET Aircraft Electronics
JTCTS AISI (F/A 18)
CARS/ET Aircraft Electronics
JTCTS AISI ((F-15)
CARS/ET Aircraft Electronics
JTCTS AISI (F-15)
Large Scale Constructive Simulation
Distributed Mission Training F-15/F-16/E-3
Patriot Battery
IR SAM (SA-14/STINGER)
RF SAM (SA-8)
Resident Constructive Simulations
Resident RF SAM (SA-8)
Air/Surface Instrumentation
Ground Instrumentation
Patriot Trainer
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HLA RTI VIRTUAL
LIVE
CONSTRUCTIVE
9CAPSTONE ArchitectureHOTSPOTS
Large Scale Constructive Simulation
Distributed Mission Training F-15/F-16/E-3
Patriot Battery
IR SAM (SA-14/STINGER)
RF SAM (SA-8)
Resident Constructive Simulations
Resident RF SAM (SA-8)
Air/Surface Instrumentation
Ground Instrumentation
Patriot Trainer
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HLA RTI VIRTUAL
LIVE
CONSTRUCTIVE
10Incremental Demonstrations
- Small scale demonstrations targeting specific
- Platforms
- Technologies
- Interfaces
- Wide spread sponsorship and potential funding
sources - DUSD(R) and DOTE provide stimulation and
overarching coordination to maintain focus
direction, not management - Near term, may not have scenario context, but
will fit into an element demonstration
HOT SPOTS !
11L- L RF SAM Architecture
Incremental Demonstration 1G
JTCTS AISI (F/A-18)
Virtual Target
JTCTS AISI (F/A-18)
Live Target
Patriot Battery
Air/Sea Instrumentation (JTCTS)
HLA RTI VIRTUAL
LIVE
CONSTRUCTIVE
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Resident Constructive Simulations
IR SAM (SA-14/STINGER)
Patriot Trainer
Large Scale Constructive Simulation
Distributed Mission Training F-15/F-16/E-3
Incremental Non-Participants
12Element Demonstrations
- Medium scale demonstration with focussed scenario
- Five Identified to date
- 1. Deep Strike - focus on Air-Air, Aviation
platform sensor stimulation, medium/heavy Air
Defense (AD) - 2. Close Air Support - focus on Air-Ground-Air,
Instrumentation system (A G) interfaces, light
AD (FAAD) - 3. JCSAR - focus on Rotary Wing / Fixed Wing
integration - 4. Littoral Assault - focus on Sea-Air-Ground
Integration - 5. TMD Hunt Kill - focus on Rotary (Attack)
/Fixed Wing integration
13A-A/A-G Engagements Ensue Snapshot 5
As hostile fighters respond, the E-2 detects and
vectors the Strike CAP. SA-8/15 shots are taken
Virtual Fighters
AIRFIELD
S/A Missile Response (Virtual Live)
Patriot
AIRFIELD
FEBA
4262
14Joint Deep Strike Architecture
Element 1
JTCTS AISI (F/A-18)
JTCTS AISI (F/A-18)
GNSS/ET Aircraft Electronics
JTCTS AISI (E-2/3)
CARS/ET Aircraft Electronics
JTCTS AISI (F/A 18)
CARS/ET Aircraft Electronics
JTCTS AISI (F/A 18)
CARS/ET Aircraft Electronics
JTCTS AISI ((F-15)
CARS/ET Aircraft Electronics
JTCTS AISI (F-15)
SA-15 (RF SAM) INSTRUMENTATION
Patriot Battery
Air/Sea Instrumentation Core
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HLA RTI VIRTUAL
LIVE
CONSTRUCTIVE
Ground Instrumentation
IR SAM (SA-14/STINGER)
Distributed Mission Training F-15/F-16/E-3
Large Scale Constructive Simulation
Patriot Trainer
Incremental Non-Participants
15CAPSTONE Demonstration
- Piggyback with Major USACOM sponsored Exercise
- Targeting 2004 timeframe
- JOINT and MUTUAL benefits
- Exercise events designed to maximize
- training effectiveness
- AND
- cross domain (L-V-C) functionality
16CAPSTONE Architecture
JTCTS AISI (F/A-18)
JTCTS AISI (F/A-18)
GNSS/ET Aircraft Electronics
JTCTS AISI (E-2/3)
CARS/ET Aircraft Electronics
JTCTS AISI (F/A 18)
CARS/ET Aircraft Electronics
JTCTS AISI (F/A 18)
CARS/ET Aircraft Electronics
JTCTS AISI ((F-15)
CARS/ET Aircraft Electronics
JTCTS AISI (F-15)
Large Scale Constructive Simulation
Distributed Mission Training F-15/F-16/E-3
Patriot Battery
IR SAM (SA-14/STINGER)
RF SAM (SA-8)
Resident Constructive Simulations
Resident RF SAM (SA-8)
Air/Surface Instrumentation
Ground Instrumentation
Patriot Trainer
? ?
HLA RTI VIRTUAL
LIVE
CONSTRUCTIVE
Incremental Non-Participants
17Strategy Summary
INCREMENTAL
ELEMENTAL
CAPSTONE
01 02 03
98 99 00 01
04
Deep Strike CAS JCSAR LIT ASLT TMD HK
18Work Underway
- Refine demonstration scenarios
- Resolve the outstanding technical issues
- Confirm participants (Tech/Cost/Schedule
Feasibility) - Identify the value and utility of beginning a
demonstration project now - Obtain more detailed cost estimates
- Solidify the system architecture
- Connect Doers with Funders
19NEW POLICY IN WORK
- Sensors must have an integral stimulation
capability - New weapon systems and platforms must include IT
interface for - purposes of data collection for test and
training, - and distribution of simulations used for sensor
stimulation
20Principal Action Officer
OFFICE OF THE SECRETARY OF DEFENSE READINESS AND
TRAINING
John J. Walsh Asst Director, Collective Training
21Yours Truly
Joseph W. Heineman
Supporting the ODUSD (Readiness) Embedded Training
Pentagon, Room 1C757 Washington, D.C. 20301-4000
703-695-0713 Fax 693-7382
e-mail heinemaj _at_ pr.osd.mil