Deep Green Status A OneSAF Perspective

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Deep Green StatusA OneSAF Perspective

• Dr. Rob Wittman

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Agenda

• Deep Green Overview
• Performers
• OneSAF as a Test Harness
• Military Scenario Development Environment and
  Course of Action Improvements
• Future Graph Generation Exercise Management and
  Control Tool Improvements

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Deep Green (DG) Supercharges the Commander
Crystal Ball updates assessments with
information from ongoing operations
Subordinates execute decisions
Commander chooses options
Blitzkrieg is a fast multi-resolution combat
model that generates a portfolio of possible
futures
Sketch-to-Decide presents options and
second-order effects
Sketch-to-Plan turns sketches and voice into a
plan description
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Deep Green Performers

• Task 1 (Develop a Deep Green System)
• BAE (Massachusetts)
• SAIC (Orlando)
• Task 2 (Independent Test and Evaluation)
• ARA (Orlando)

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OneSAF as Test Harness

• MSDE and MSDL
• Tasking Grammar Data Model and Graphical Support
• MSDL used to hold plan descriptions as inputs to
  DG combat simulation components
• MCT and MSDL
• MSDL Roundtrip from MCT
• Army Universal Task List to OneSAF Task Tag
• Unit Effectiveness Summary to identify Losses
  during runtime
• Modeling and SORD Capability Enhancements
• Unit Engagements SORD elements
• Unit Locations SORD elements
• ODB Logger
• Capture SORD initial and change state with
  ability to tag
• ODB Log used as surrogate for DG combat
  simulation output
• OneSAF generated SITREPs used for runtime
  situation tracking test and to be used in future
  as source of real-world C2 inputs to Crystal Ball
  

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MSDE Course of Action Development

• Task Organization
• Tactical Graphics
• Execution Matrix

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COA Task Organization

• Select MSDE-gtProperties to establish the planning
  Unit.

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COA Task Organization

• Select Edit-gtTask Organizations-gtFriendly
  Forces. Then drag and drop units to establish
  the Higher.

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COA Tactical Graphics
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COA Execution Matrix

• Select Edit-gtExecution Matrix to created
  phases, events and tasking for subordinate
  elements. This establishes a framework from the
  MCT operator can product SAF orders.

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Future Graph Generation Exercise

• Host Configuration
• AMD Dual Core 2.4 GHz CPU
• 4 Gbyte RAM
• 1 Gbit Ethernet
• Entity Count All Medium Resource
• BLUFOR 167
• REDFOR 159
• OneSAF Version 2.1 Federation Configuration
• 2 MCT
• 1SimCore
• 1 ODBLogger
• 1 AAR Host

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Scenario
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Prototype Kill Summary
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AUTL Mapping Pane