leveraging criis for lvc testing in o/dt&e...“a synthetic environment generator used to...

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Leveraging CRIIS for LVC testing in O/DT&E: - The future of range instrumentation...today

Date 3 October, 2017

Presented by Jon Skarphol, GS Enterprise Architect


• LVC Goals & Needs

• CRIIS Overview

• CRIIS Extensions

• LVC use cases

• Industry LVC capabilities

• Summary

Leveraging CRIIS for LVC testing in O/DT&E

Agenda


Goals and Needs: LVC for Test

Complex systems and 5th+ gen requires more data & players

LVC: Economic, high density, complex environment way meeting 5th+ gen & complex system testing needs

Live + Synthetic (Virtual & Constructive)

• Economic way to sim/stim complex systems • Test/Train the full kill chain at lower cost

Goals:

• Mission Based Realism

• Keep the Repeatability of DT/OT

• Increase Operational Tempo & Effectiveness

• Execute Missions with existing range resources

Needs:

• Data access and Sharing – MILS Security

– Meshed network connectivity

• High Fidelity Simulations & Effects – Processing (Air and Ground)

– Increased Density & Complexity

– Interactive Synthetic Assets

• Dynamic Configurability & Scalability

– Change the game with blended env.


What is CRIIS & Where is CRIIS today

CRIIS is a Test/Training Mission data collection toolset.

– MILS Secure Bi-Directional Telemetry

• Built-in MILS, processing, mesh network, & high accuracy TSPI

• MIL-STD-1553, JSF ASM F/C, Ethernet bus data available for TM and other test data (avionics, aircraft health/status, weapons targeting, weapons status, etc)

– Multiple form factors, multi-platform support

• F-15, F-16, F/A-18, F-22, F-35, and others + ground equipment

Common Range Integrated Instrumentation System (CRIIS)

CRIIS is deployed, fielded and in use.

Current Locations (US DoD):

– Eglin, Edwards, & Nellis AFBs

– NAS Patuxent River & Pt Mugu

– NAWS China Lake

– White Sands Missile Range

Active DT/OT&E mission utilization

– Includes Unclassified, System High, and MILS missions

Leveraged in multiple complete and active LVC R&D efforts

– USN ONR Live, Virtual and Constructive Training Fidelity BAA

– USN TCTS Inc. II


• High Accuracy TSPI

– Real-time 50cm, post 20cm accuracy

– User selectable modes & message rates

– GPS-denied operation

• High Throughput Datalink

– SCA-compliant, WFA agnostic

– CTW: 5x throughput in ARDS OBW

– Fully meshed ad-hoc routing and relay

– Network set power, rates, & messaging

• Platform Interfaces

– 1553, Fibre, Serial, Ethernet I/Fs

• Tactical Guard Processor

– NSA-Evaluated for TS thru U processing

– EAL 6 GreenHills separation RTOS

– User definable Security Policies & Rules

• KOV-74 NSA Type 1 Certified

– TS thru U MILS processing

– 5-channels, 32+ virtual channels

– Over the Network Key Management

Common Range Integrated Instrumentation System (CRIIS)

CRIIS Features enable Test, Training, & LVC

Share the Right Data with the Right People at the Right Time


System Boundary

• Use CRIIS as an IP tunnel

• Multiple Industry and Govt standards available to extend system traffic

Custom Messaging: • Broadcast or unicast • Content can be filtered by network,

mission, security level, node id, etc • Data composed from multiple

sources, interfaces, and players. • Event / State Based content

delivery • Examples:

CRIIS and LVC Technologies

CRIIS Modularity and Messaging: Air/Ground apps, interfaces, and processing

Test in an LVC environment today with CRIIS

Live Virtual Constructive

STD

Internal Mount

STD

. . .

CCC RGS

. . .

STD

SCA RF

or

ACMI Pod


LVC with CRIIS: Integrate & Bridge using Today’s Technologies

CRIIS LVC Enabling Features:

MILS Security, Mesh Networking, Ruggedized & Qualified Airborne SoS

Modular Open Systems Architecture with End-to-End IP connectivity

Flexible, Scalable, and Efficient

Industry & Government Capabilities:

Numerous flight platforms and complex ground environments

System Simulations (Simulators & Software)

– Ground simulators

– Electronic Combat Environments (ECE)

• NAVAIR: EW Server & EW Mux

• NAVAIR: Next Generation Threat System (NGTS)

• FAAC Inc.: Air Warfare Simulations

• Battlespace Simulations, Inc.: Modern Air Combat Environment (MACE)

CRIIS and LVC Technologies


Next Generation Threat System: USN NAVAIR GFE/GFI “A synthetic environment generator used to support training, testing, analysis, and research and development.” “NGTS models threat and friendly aircraft, ground and surface platforms, and their corresponding weapons and subsystems.”

Consists of Three Main components: Simulation Engine, Battle Monitor, and Database.

CRIIS for LVC: Integrated with Electronic Combat Environment (ECE)

Each entity in an NGTS scenario has it’s own independent set of controls. Controls range from maneuvers to subsystem controls to message sending. When selected, the entity will visually display it’s current system states, radar and jammer beams, command and control hierarchy, and other status. http://www.navair.navy.mil/nawctsd/pdf/2016-NGTS.pdf Naval Air Warfare Center Training Systems Division /// www.navair.navy.mil/nawctsd

For Official Use Only

Battle Monitor:

Entity List & Detailed Status

SAF/Threat Control

– Behavior Control

– States / Shields

– A/C Relative Bearing

2D/3D Overhead View

– Entity/Target Relative Bearings

– Emissions Visualizations

– Threat Zone Visualizations

Mission Debugging

– Detailed Event Logs

– Entity Taxonomy

– Behavior Transition Editor

All 3rd party trademarks and logos are property of their respective owners


“MACE is a physics-based, many-on-many simulation and threat environment with a large order of battle, ideally suited for both standalone mission rehearsal and distributed mission simulation. MACE provides computer generated forces (CGF), sometimes called semi-autonomous forces (SAF), as well as scenario creation, management and IOS features. Using MACE, you can quickly and easily extend your distributed simulation framework.”

BSI: Modern Air Combat Environment (MACE) CRIIS for LVC: Integrated with Electronic Combat Environment (ECE)

“MACE is configurable to include built-in avionic and combat displays.” Battlespace Simulations, Inc. www.bssim.com

All 3rd party trademarks and logos and pictures are property of their respective owners

Functions and Features:

Integrated with Existing Mission Planning Systems

Energy Based Aerodynamic Models for Constructive Aircraft

Physics-Based Weapons Delivery

Realistic IADS Simulation

Library of Avionics and Combat Displays

Radar Warning Receiver Models

Countermeasures Dispensing System (CMDS)

Electronic Warfare add-ons


CRIIS Technology Demo

•Low Cost StrikeEye HMD: • High Bright Full Color OLED

• High contrast

• Fast Switching (micro-seconds)

• High Resolution (exceeds F-35)

• Integrated day/night camera

Demo compatible with

• JHMCS II – digital system

• Digital Day/Night Rotary system

Rockwell Collins: LVC & Advanced Technology Demonstrations

CRIIS LVC Use Cases: Helmet Mounted Display

Pod

or

IM

Helmet Mounted Display

1553

1553

Eth/ 1553

Tactical Guard


CRIIS LVC Use Cases: Transitioning Autonomous UAS from lab to manned surrogate to Live Flight

LVC blurs between Live and Non-live

High fidelity simulation environment

Full hardware in the loop sim before flight

– Earlier integration into full system context

Faster to flight

– Human safety pilot &

– Flight tests with unmodified software

CRIIS & LVC in DT&E:


CRIIS LVC Use Cases: I/ITSEC Operation Blended Warrior

CRIIS & LVC in OT&E:

SECRET DIS Network

Cross Domain Guard (CDG)Cross Domain Guard (CDG)

DIS Network(TOP SECRET)

DIS Network(SECRET)

DIS Network(TOP SECRET)

TOP SECRET

SECRET

(unused)

UNCLASSIFIED

Host (SECRET)

Ethernet

Ethernet

Ethernet

Ethernet

Filter Engine

Ethernet

CDGPolicy Rulese

t

UNCLASSIFIED

CONFIDENTIAL

SECRET

TOP SECRET TOP SECRET

SECRET

(unused)

UNCLASSIFIED

Host (TOP SECRET) Ethernet

Filter Engine

CDGPolicy Rulese

t

Ethernet

Ethernet

Ethernet

Ethernet

DIS Network(SECRET)

Entity State

Fire

Emissions

Detonation

Entity State Fire Emissions

Detonation

Detonation

Cross Domain Guard (CDG)Cross Domain Guard (CDG)

TOP SECRET

SECRET

(unused)

UNCLASSIFIED

Host (SECRET)

Ethernet

Ethernet

Ethernet

Ethernet

Filter Engine

Ethernet

CDGPolicy Rulese

t

UNCLASSIFIED

CONFIDENTIAL

SECRET

TOP SECRET TOP SECRET

SECRET

(unused)

UNCLASSIFIED

Host (TOP SECRET) Ethernet

Filter Engine

CDGPolicy Rulese

t

Ethernet

Ethernet

Ethernet

Ethernet

Entity State Fire

Emissions

Detonation

Entity State

Fire

Emissions

Detonation

Entity State

Fire

Emissions

Detonation

TOP SECRET DIS Network


CRIIS LVC Use Cases: Multi-mission flights with LVC CRIIS Use-Cases

CRIIS Equipment demonstrated LVC operations


CRIIS: LVC Network-enabled Test (& Training)

Industry & Government standard protocols

End-to-End MILS data assurance

Complex, real-time demonstrations & operations

Simulation of sensitive capabilities

Built-in Extensions to support more complex environments

Create complex blended live-synthetic environments

– Dynamic, interactive threats

– Distributed operations (full kill chain)

– Complex ECE environments (weapons/threats + red/blue/gray CGF/SAF)

MILS secure data delivery and aggregation

Utilize LVC functionality for complex SoS testing:

– Adaptive testing without risking vehicles

– Failure testing of GPS/data/comm channels

– Synthetic effects testing via LVC (e.g. A2AD)

Rockwell Collins: LVC & Advanced Technology Demonstrations

Networked Test Env + LVC is powerful and extensible


Clay Stephens Business Development –

Test & Training Instrumentation and Tactical Cyber 319-295-0985

[email protected]

Lowell Buchholz Marketing Manger

319-295-8629 [email protected]

Inna Clasen Program Manager – CRIIS


RC Team Contact Information

Jon Skarphol GS Enterprise Systems Architect


Dave McClure Programs Manager –

Test & Training Instrumentation, and Tactical Cyber 319-295-4423

[email protected]


Rockwell Collins - University of Iowa OPL Partnership

History of Test Range integration

Existing LVC-enabled test assets

Customizable LVC T&E environment:

– Mission-based Realism

– Phased Development Environment

– Secure, Scalable, & Standards based instrumentation

LVC-Enabled Flight Testing Today


• POD – RT-2026/ASQ-248(V), 189lbs

– RT-2027/ASQ-248(V), 133lbs

• Internal Mount, Liquid Cooled

– RT-2028/ASQ-248(V) - 1553

– RT-2029/ASQ-248(V) – Fibre Channel

• Internal Mount, Air-Cooled – RT-2030/ASQ-248(V)

• Portable Test Set (PTS) – TS-4556/ASQ-248(V)

• Remote Ground Station (RGS) – OR-392/ASQ-248(V)

• Mission Room Equipment (MRE) – CD-227/ASQ-248(V)

• CRIIS Control Center (CCC) – OA-9537/ASQ-248(V)

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CRIIS Subsystems

leveraging criis for lvc testing in o/dt&e...“a synthetic environment generator used to...

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