System of Systems Integration Technology & Experimentation (SoSITE)

Transcription

1 System of Systems Integration Technology & ation (ITE) Architecting Composable- Configurations Abstract # Justin Taylor Lockheed Martin Aeronautics Skunk Works Program Manager 27 October 2016 This research was developed with funding from the Defense Advanced Research Projects Agency (DARPA). The views, opinions and/or findings expressed are those of the author and should not be interpreted as representing the official views or policies of the Department of Defense or the U.S. Government.

2 Architecting Composable- Configurations A System Architect & Integrator s Perspective Requirements Allocation System Delivery Composition Requirements Decomposition Background: DoD has long relied on tightly integrated weapons platforms using top-down requirements allocation Challenge for a -Architect: When the environment changes, must employ systems in unplanned ways Must be able to plug them together Source: Systems Engineering Guide for Systems of Systems v1.0, August 2008 Must have confidence that they satisfy the mission Implication on Constituent Systems: Must provide broad characterization to support -Architect 2

3 Integrated Analytic Framework Cost Research IAF Analytically Combine Multiple Valid Solutions to Accomplish the Mission Increased Autonomy Sim Multi- Dimensional Military Utility, Cost Leverage Increased Quantity Increased Precision * categories are representative but not exhaustive Configurations Virtual & Flight Test Results Broad Characterization of each Constituent System is needed Multiple Viable Configurations, All Candidate Systems & Concepts Remain in Trade Space 3

4 Example Mission Decomposition Deliberate Mission Decomposition Results in Interdependent Trades Campaign Mission Engagement One-on-One Engineering Vertical Integration Of Pyramid Campaign Composition of Mission Package # of Sensor Platforms Employed / Lost or expended # of Weapons Employed / Lost or expended # of Other Platforms Employed / Lost or expended # of Targets Killed Cost Leverage Sensor-Platform Quantity/Employment Other Platform Quantity/Employment Weapon Type/Quantity Survivability Perform Mission Once P(Survive) for each Platform Sensor-Platform Quantity Employment Sensor Sensitivity Navigation Capabilities Flight Path Find Target Ingress Location Errors Weapon Quantity Terminal Sensing Capabilities Warhead Type Position Errors Strike Target Warhead Effects P(Kill) for primary and alternate Targets Perform Command & Control Platform Employments Datalink Types Tasks needing to be performed Communicate to Support OpCon Time to Execute Blue Kill Chain Human Performance 4

5 Mission Decomposition & Interdependent Trades System Delivery Many constituent systems waiting to be composed to execute a defined mission Capability: Sensor Capability: Warhead Capability: Datalink Capability: Airframe *Tactic: Employment Range *Note: Include Tactics/Employment Trades Filter on Mission Requirements P(Complete Specific Task #1) X P(Complete Specific Task #2) X P(Complete Primary Mission) X Bomber Fighter ISR Weapon Compose Configuration from Available Systems Many Composed Configurations System Characterization within Mission Decomposition Apply Cost Calculations SME Evaluation Each Constituent System Must be Broadly Characterized to Enable Performance Evaluation in a Configuration 5

6 Phase-2 Rapid Integration & ation O N D J F M A M J J A S O N D J F M A M J J A S O N D J F M A M J J A S NAVAIR China Lake Test Range A/A Kill Chains* A/G Strike & A/G Strike* Integrated A/A & A/G* * Focus areas are notional from Phase-1 BAA. Shown for informational purposes only Risk Reduction and Risk Prioritization Risks to Over Planning and Preparation Objectives Integration and Checkout Adapted Interface Generation ation Integrated Analytic Framework Compositional Verification Detailed Plan SIL Testing & Exp. Rehearsal LVC ation & Root Cause Data Maintained & Exp. ing on Disaggregated Mission s, Maturing & Evaluating Innovative Engineering Techniques 6

7 Maturing Tools for Composing s Cost Research IAF Analytically Combine ITE Phase N J J J J M O D J F M A M A S O N D J F M A M A S O N D J F M A J J A S NAVAIR China Lake Test Range A/A Kill Chains* A/G Strike & A/G Strike* Integrated A/A & A/G* * Focus areas are notional from Phase-1 BAA. Shown for informational purposes only Sim Multi- Dimensional Military Utility, Cost Leverage Data Risk Reduction and Risk Risks to Prioritization Over Integrated Analytic Framework Compositional Verification Maintained & Exp. Planning and Preparation Objectives Detailed Plan Integration and Checkout Adapted Interface Generation SIL Testing & Exp. Rehearsal ation LVC ation & Root Cause 5 Compositional Verification Configurations Generate Adapted Interfaces Virtual & Flight Test Results Enhancing Toolsets via Innovative Integration Technologies 7