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https://airports-gis.faa.gov Federal AviationAdministration 1
FAA Airports GIS (AGIS)
AC 18 and AXIMStandards/Symbology
Charles Adler, Contract Support for AGISRobert Bonanni, National Resource Expert for Airport Airspace IssuesFederal Aviation Administration (FAA), Airport Engineering Division (AAS-100)
https://airports-gis.faa.gov Federal AviationAdministration 2
Current Status of Data
• Different Naming Conventions
• Different Accuracies
• Different Symbology
• Different Applications
• Different Publications
• Different Perspectives and Stakeholders
https://airports-gis.faa.gov Federal AviationAdministration 3
Databases
• Feature Classes• Feature Attributes
• Relationships• Applications
• Sharing and Exchange!
https://airports-gis.faa.gov Federal AviationAdministration 4
The Data Order
Internal FAA OrderInternal FAA OrderResponsibilitiesResponsibilitiesAuthoritative SourcesAuthoritative SourcesWorkflowsWorkflowsUpdating and MaintenanceUpdating and Maintenance
https://airports-gis.faa.gov Federal AviationAdministration 5
The Advisory Circulars
•Advisory Circular (AC) 150/5300-18, “General Guidance and Specifications for Submission of Aeronautical Surveys to NGS: Field Data Collection and Geographic Information System (GIS) Standards.”• AC 17 – Imagery•AC 16 – Geodetic Control•AC 19 – Non-FAA Funded Small Airports
https://airports-gis.faa.gov Federal AviationAdministration 6
The Applications of NextGen
•Airports GIS (AGIS) Data Usage:• eALP (electronic Airport Layout Plan)• Airport Diagrams (black and white)• OE/AAA analyses• Airport Moving Maps• In-Cockpit Applications
• Inter-Agency Needs…
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eALP Example - DFW
View 14View 14
Data TableData Table
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Runway Safety Area Inventory (RSAI)
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Airspace Analysis - Dublin
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Future NextGen GIS Viewer3D Visualization and Analysis
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Future NextGen 3D VisualizationDeparture Surface/Obstructions
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Data GAP Analyses
•AIM/NFDC and External Data Exchange
•NASR and AXIM Data Model
•Airports/AIM and Internal Data Models
•AGIS to AXIM
•Databases: SOAR, NAP, RSA, OE/AAA, and the others
•AIM/NFDC and External Data Exchange
•NASR and AXIM Data Model
•Airports/AIM and Internal Data Models
•AGIS to AXIM
•Databases: SOAR, NAP, RSA, OE/AAA, and the others
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Aeronautical Data Exchange from AGIS to AIXMIdentifying Mapping Solutions for Data Integration
1. INTRODUCTION............................................................................................. 1 1.1. Objective................................................................................................ 1 1.2. Scope .................................................................................................... 1 1.3. Master Spreadsheet .............................................................................. 1
2. AGIS AND AIXM DATA STRUCTURES AND SEMANTICS.......................... 1 2.1. Overview................................................................................................ 1 2.2. AGIS Data Structure .............................................................................. 2 2.3. AIXM Data Structure.............................................................................. 2 2.4. References ............................................................................................ 5
3. ANALYSIS APPROACH................................................................................. 5 3.1. General.................................................................................................. 5 3.2. Data Mapping Procedure....................................................................... 5 3.3. Assumptions .......................................................................................... 6 3.4. Deviations from AC150/5300-18B ......................................................... 7 3.5. AGIS to AIXM Attribute Mapping Example ............................................ 7
3.5.1. Mapping of AGIS and AIXM Attributes using Direct Relationships9 3.5.2. Mapping of AGIS and AIXM Attributes using Indirect Relationships 9 3.5.3. AGIS to AIXM Enumeration Mapping........................................ 10 3.5.4. AGIS to AIXM Data Map ........................................................... 11
4. DATA MAPPING RESULTS......................................................................... 13 4.1. Overview.............................................................................................. 13 4.2. Airfield Feature Group ......................................................................... 14 4.3. Airspace Feature Group ...................................................................... 15 4.4. Cadastral Feature Group ..................................................................... 15 4.5. Environmental Feature Group ............................................................. 16 4.6. Geospatial Feature Group ................................................................... 17 4.7. Man Made Structures Feature Group .................................................. 17 4.8. Navigational Aids Feature Group......................................................... 17 4.9. Seaplane Feature Group ..................................................................... 18 4.10. Security Feature Group ....................................................................... 18 4.11. Surface Transportation Feature Group ................................................ 19 4.12. Utilities Feature Group......................................................................... 19 4.13. AGIS Feature Geometries ................................................................... 20 4.14. AGIS Enumerations ............................................................................. 20 4.15. Remaining AGIS Datatypes................................................................. 22
5. SUMMARY.................................................................................................... 23 5.1. AGIS to AIXM Attribute Mapping Results ............................................ 23 5.2. Unmapped AGIS Features .................................................................. 24 5.3. Underrepresented AGIS Features ....................................................... 25 5.4. AGIS Validation Attributes ................................................................... 25 5.5. Enumerations of Unmapped AGIS Features ....................................... 26 5.6. AIXM Enumeration Value Deficiencies ................................................ 27
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FAA AGIS 2010 Tasks
• Workflow Streamlining using Auto-generation• Database Integration (5010/ADCR, SOAR,
RSA, CAEG, NASR, NAP, OE/AAA)• Modular Tool Development FAA LOB’s• Geo-Processing Tools and CONUS Query• AC’s 16B, 17B, 18C, 19A• 3-D Viewing and Analysis• Maintenance Workflow and In-Service Review• Helpdesk Tier 1 and 2• Technological Reviews (Satellite and LiDAR)• Ortho-Imagery Submission
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FGDC 2010 Potential Tasks
Facilitate the identification of authoritative sources
Convey and encourage adoption of aviation requirements of non-aviation feature classes
Continue coordination with DODEstablish an inter-agency process
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AGIS DEMO
• https://airports-gis.faa.gov/airportsgis/
