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1 Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc. Airborne Internet and the NASA/SATS Simulation and Integration Test Bed (SIB) Crowne Plaza Hotel Indianapolis, Indiana October 15, 2003 Presented by Project Management Enterprises, Inc. 7900 Wisconsin Avenue Bethesda, Maryland 20814 Digital Avionics System Conference

Digital Avionics System Conference

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Digital Avionics System Conference. Airborne Internet and the NASA/SATS Simulation and Integration Test Bed (SIB) Crowne Plaza Hotel Indianapolis, Indiana October 15, 2003 Presented by Project Management Enterprises, Inc. 7900 Wisconsin Avenue Bethesda, Maryland 20814. - PowerPoint PPT Presentation

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Page 1: Digital Avionics System Conference

1Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

Airborne Internet and the NASA/SATS Simulation and Integration Test Bed (SIB)

Crowne Plaza Hotel

Indianapolis, IndianaOctober 15, 2003

Presented by

Project Management Enterprises, Inc.7900 Wisconsin Avenue

Bethesda, Maryland 20814

Digital Avionics System Conference

Page 2: Digital Avionics System Conference

2Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

Airborne Internet andVSAT Program Objectives

A ubiquitous data link architecture that supports network connectivity amongaviation users by employing Open Source or COTS reliant

protocols and products to the maximum extent

Demonstrate that NASA/ SATS goals can be supported by asingle Airborne Internet (AI) data link technology appropriately configured to

handle the capacity, integrity and availability requirements of aviation

Page 3: Digital Avionics System Conference

3Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

Simulation and Integration Test Bed Objectivesand Solutions

LLM Core Technology

1. Certified WAAS GPS receiver on aircraft2. Local WAAS monitor and/or VPN link to FAA WAAS Monitoring Network3. Positive WAAS integrity "in spec" datalink to a/c on approach4. On integrity failure immediate notification to a/c5. Uplink of RVR, TAF, METARs, Icing, Turbulence, etc.

ERI (en-route integration) operations

1. ATS service connection via VPN (Tech Center Test En Route Traffic simulations)2. Flight planning and flight service support3. SATS a/c monitoring and alert service via SATS Net Control Center.

HVO Core Technology

1. AMM (air/ground system)2. GPS/WAAS approach guidance3. Airborne flight integration of nav-surv with flight controls4. Datalink for real-time weather

SPP (single-pilot performance) concepts

1. CD&R module2. FIS and TIS uplinks with ground conformance monitoring3. EHV/HUD flight guidance

“Establish a facility for air/ground operations that supportsphysical and remote integration of all capabilities andproducts to be flown in the 2005 VSAT flight demonstration.”

Page 4: Digital Avionics System Conference

4Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

SIB Functional AllocationGround System

Page 5: Digital Avionics System Conference

5Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

Danville Avionics Simulator Configuration

Page 6: Digital Avionics System Conference

6Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

SIB Functional AllocationSystem Components

LLM Core Technology

1. Certified WAAS GPS receiver on aircraft2. Local WAAS monitor and/or VPN link to FAA WAAS Monitoring Network3. Positive WAAS integrity "in spec" datalink to a/c on approach4. On integrity failure immediate notification to a/c5. Uplink of RVR, TAF, METARs, Icing, Turbulence, etc.

Page 7: Digital Avionics System Conference

7Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

SIB Development Progression Function HITL simulation PITL simulation AITL tests

Subsystems

Aircraft FDM FGFS (opensource) FGFS (opensource) C-337, etc.

Aircraft operator scripts subject pilot pilot

External view subsystem

n/a FGFS Windshield & Mk I eyeball

Flight Instrument view subsystem

n/a FGFS {OpenGC|final equipment}

Final equipment (Avidyne)

CDTI Instrument view subsystem

n/a Final equipment Final equipment

CD&R as needed for test Final equipment Final equipment

Self-separation logic as needed for test Final equipment Final equipment

Data link radios Final equipment Final equipment Final equipment

ADN router Final equipment Final equipment Final equipment

Applications db Final equipment Final equipment Final equipment

RF network Attenuators Attenuators Antennas

Page 8: Digital Avionics System Conference

8Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

SIB Development Progression

Function HITL simulation PITL simulation AITL tests

Functions

ADS-B Final equipment Final equipment Final equipment

TIS-B as needed for test Final equipment Final equipment

FIS-B n/a as needed for test Final equipment

VOIP support n/a as needed for test Final equipment

FBO services n/a as needed for test Final equipment

www services n/a as needed for test Final equipment

During the early phases of the HITL and PITL trials, some systems, subsystems, and functions may not be needed for a particular test. Simulations may be successfully completed without those items.

Page 9: Digital Avionics System Conference

9Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

SIB Final Report Contents

3. Requirements3.1 System definition3.1.1 Cockpit simulator workstation (CSW)3.1.2 Ground radio station3.1.3 Airport Management Module (AMM)3.1.4 Automatic self-separation3.1.5 Conflict Detection & Resolution (CD&R)3.1.6 Lower Landing Minimums support3.1.7 Non-participating aircraft monitoring3.1.8 Test conductor/monitor station3.1.9 Interface definition3.1.10 SIB Functions

Simulation and Integration Bench System Characteristics – Review v-1.0 released 5August 2003 -- ToC

Page 10: Digital Avionics System Conference

10Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

SIB Interface Control Document SpecificationAircraft Summary

SinkSource V

Flight Controls

Autopilot,waypoint manager

Flight display

CDTI CD&R ADS-B TIS-B FIS-B VOIP FBO WWW radios ADN Apps db

Flight controls

Autopilot, waypoint mgr

ICD ICD ICD ICD ICD

Flight display

CDTI

CD&R ICD ICD

ADS-B Asterix Cat 021

Asterix Cat 021

ICD

TIS-B Asterix Cat 021

Asterix Cat 021

Page 11: Digital Avionics System Conference

11Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

SIB Interface Control Document SpecificationAircraft Summary

SinkSource V

Flight Controls

Autopilot,waypoint manager

Flight display

CDTI CD&R ADS-B TIS-B FIS-B VOIP FBO WWW radios ADN Apps db

FIS-B ICD ICD ICD

VOIP ICD ICD

FBO ICD ICD ICD

WWW ICD ICD

Radios ICD ICD ICD ICD ICD ICD ICD

ADN ICD ICD ICD ICD

Apps db

Page 12: Digital Avionics System Conference

12Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

SIB Interface Control Document SpecificationGround Summary

SinkSource V

AMM GDTI CD&R ADS-B TIS-B FIS-B VOIP FBO WWW radios ADN Apps db

AMM ICD ICD

GDTI

CD&R ICD ▲

ADS-B ICD ICD ▲ ▲

TIS-B ICD ▲

FIS-B ICD ICD ▲ ▲

VOIP ▲ ▲

Where '▲' indicates the same interface as shown on Aircraft Summary

Page 13: Digital Avionics System Conference

13Data herein presented are under NASA/JSRDA terms and conditions and is proprietary to PMEI, Inc.

SIB Interface Control Document SpecificationGround Summary

SinkSource V

AMM GDTI CD&R ADS-B TIS-B FIS-B VOIP FBO WWW radios ADN Apps db

FBO ▲ ▲

WWW ▲ ▲

Radios ▲ ▲ ▲ ▲ ▲ ▲ ▲

ADN ▲ ▲ ▲ ▲

Apps db

Where '▲' indicates the same interface as shown on Aircraft Summary