Transcript Template

AUTOMOTIVE
INFOCOM
TRANSPORT &
ENVIRONMENT
AERONAUTICS
SPACE
Simulation in the Transformation Process and CAX
H J Schirlitzki
Authorized Officer Defence & Security
ARW, Velingrad, Bulgaria
22. Oct. 2006
© IABG 2006
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DEFENCE &
SECURITY
IABG Technology Center
IABG Business Fields
 Defence & Security
 Information & Communication
Center for
Transformation of the Bw
 Concept Development
& Experimentation (Parts)
 Operations Research,
Modelling & Simulation
Simulation-, Integrationand Test- Center (SIT)
ARW, Velingrad, Bulgaria
22. Oct. 2006
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Agenda
 Tasks supported by M&S
 „Systems–of–Systems“ approach
 Basic problem areas
 Components of „Integrated Simulation Systems“
 Simulation systems in use
 Simulation tools in experimentation and testing
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General Tasks supported by M&S
 Defence (Forces) Analyses & Planning
 Armaments / Equipment Determination & Realization
 Training & Exercises
 Support to Operations
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Defence Forces Analyses & Planning
Basic
Questions
■ Tasks to be
solved ?
Concepts
■ Sub-Tasks ?
■ Capabilities ?
(military users needs)
■ Forces ?
■ Systems (mil.)?
Evaluations
■ Performances ?
(technical providers solutions)
■ Usefulness ?
■ Effectiveness ?
■ Potential ?
■ Operations ?
■ Systems (techn.)?
■ Priorities ?
■ Cost ?
■ Risks ?
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22. Oct. 2006
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Armaments / Equipment Determination & Realization
Military
Capabilities:
Military User
Requirements
Priorities
Technical
Performance:
Technical Provider of
Armament / Equipment
Prognoses
Restrictions
Analyses
ARW, Velingrad, Bulgaria
22. Oct. 2006
CapabilityControlling
CapabilityControlling
AptitudeTesting
AptitudeTesting
LiveTesting
PerformanceRequirements
Feasibility
Testing
Design / Risk
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Maintain /
Test
Capabilities
Performance
Controlling
Maintain /
Test
Performance
Performance
Acceptance
Test
Development
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Usage
A System-Oriented
Interpretation / Approach
is required!
Basic Problem Areas
Command & Control
C2
A Functional
Interpretation / Approach
is not sufficient!
 C2 - Superiority
 Knowledge - Management
 C2 - Systems (C2S)
Action
RDO
NCO/NEC
EBO/A/E
ISR
C4ISR...
CI
 Action - Superiority
 Systems: Effectors,
Sensors, Suppliers, ...
Information
 Info - Superiority
 Info - Management
 Info - Systems (CIS)
What should be achieved?
How should it be achieved?
informing ≠ knowing ≠ understanding ≠ can do
more information ≠ more knowledge ≠ more understanding ≠ more „can do“
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Systems-of-Systems („Netted Systems“, „Netted Capabilities“)
Space
 DOTMLPF
 PMESII
(number of
interacting
systems)
Strategical Scenarios
Strategical Systems
Operational Scenarios
Operational Systems
Tactical Scenarios
Tactical Systems
Technical Scenarios
Technical Systems
Technical Sub-Scenarios
(characteristic
system rresponse times)
Techn. Components
Time Duration
sec
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hours
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days
8
weeks
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„Transformation“: Systems, Changes, Time Scales
Systems / Scenarios
 DOTMLPF
 PMESII
 Strategic
Military Forces
Transformation
 Operational
 Tactical
(Tact. / Techn.)
Modernization
Systems / Scenarios
Ad Hoc
Needs
Expected
Technological
Opportunities
Further-Developed
Techniques
 Technical
Available
Techniques
short term
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22. Oct. 2006
Time
mid term
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long term
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CAX Application
DISTAFF
Neighbours
HICON
White
Cells
OPFOR
C3I-Systems
Training Audience
LCC
ACC
MCC
TF1
TF2
TF3
TF4
Response Cells
Process
orders
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22. Oct. 2006
Provide
Information
Simulation System
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Analyses
Simulation -Integration and -Test Center (SIT)
ARW, Velingrad, Bulgaria
22. Oct. 2006
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SIT – Environment
ARW, Velingrad, Bulgaria
22. Oct. 2006
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Simulation Systems
Strategical
Systems / Scenarios
JOANA I : ALICE, SimoF, MEMO, PSO
JOANA II: ALICE, HORUS, MEMO, PSO, PolAct
GUPPIS-KORA
Operational
Systems / Scenarios
FIT
HORUS / MUT
Tactical
Systems / Scenarios
Technical
Systems / Scenarios
Technical
System-Components
/ Scenarios
PABST 2000
OSIRIS
MOCCA /
ECONDUA
ACSIM
…
ELVIS / BNS *)
MTOS
*)
IABG: 50%
EADS: 50%
continuously available, distributed M&S - environment
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22. Oct. 2006
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Simulation -Models, -Systems, -Federations
(for use at the tactical, operational and strategic level)
Heli
Recce
AAA
Supply
NBC Def
Med
Art
Pers
Eng
Move
Cmb
AirSup
Urban
Environment
MUT
Cmb
SimoF Land
OSIRIS
ISR
ALICE Air
HORUS
Joint
Branches/
Services
MEMO Sea
JASS
KORA
JOANA
JASS: Joint Advanced Simulation Systems
PMESII: Political, Military, Economic, Social, Information, Infrastructure
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22. Oct. 2006
Stabilization
C2 & CI
FIT
Cmb+ PABST
Supply
PSO
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Concept of Integrated Simulation Systems
Data Bases
Work PlaceFunctionalities
Application Dependent
Components
ModelFunctionalities
 Systems
 Systems
 Systems Data Bases
Generator / Editor
 Behaviour
 Scenar Data BasesGenerator / Editor
 Mission Data
 Plans
 Situation Presentation
 Behaviour
 Information Access
 Plans
 Decisions/
Control
 Actions
 Planning Support
 Interactions
 Decisions /
Control
 Decision Support
 Actions
 Controlling/
Ordering
 Interactions
 Analyses Support
 Sim Resultats
 Environments
 General Support
 Analyses Resultats
Simulation Frame
 Environments
 Data Bases
External Coupling
Data Management
Application Independent Components
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22. Oct. 2006
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Interactive Components of Integrated Simulationsystems
Forces
&
Scenarios
Situation
&
Information
Planning &
Decision
Finding
Analysis
&
Evaluation
Working Places Functionalities
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Simulationssystem GUPPIS
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22. Oct. 2006
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Simulationssystem GUPPIS
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22. Oct. 2006
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Urban Environments
Missions
in Urban Environments
Graphical Display of
SimSys MUT (JASS - Family)
MUT: Model of Urban Terrain
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22. Oct. 2006
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MUT: Urban Environments
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22. Oct. 2006
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MUT: Release and Diffusion of Chemical Agents
different
chemical
concentrations
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22. Oct. 2006
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Set-Up of Experiments
 Subjects of Analyses /Experiment:
Dynamical Systems
 Conditions for Analyses / Experiment:
(„Scenarios“)
Dynamical Systems
 Interactive Command & Control:
Time-dependent Control of
Dynamical Systems
 Change of System States to be analyzed:
„Effects“
 Controllable Effects:
Effects Must be Measurable
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Netted Experimentation and Test Environment (example)
SIT
Operationszentrale
Real C2 / CI Components
Virtuell C2 / CI Components
Simulated C2 / CI Components
Simulated Environment
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22. Oct. 2006
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Tasks and Simulation Tools in Experiments and Tests
 From Ideas to Real Systems
 „Think Outside the Box“
Portion of
Simulated
Systems
real
simulated
Time
Ideas
Real System Components
Expected
Technological
Opportunities
ARW, Velingrad, Bulgaria
22. Oct. 2006
Real Systems
Further-developed
Techniques
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Available
Techniques
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Thank you for your attention
Questions?
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22. Oct. 2006
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