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Federal AviationAdministration
FAA System-Wide Information Management
Program Overview for SWIM-SUIT Public Lauch
Donald WardProgram ManagerFAA SWIM ProgramApril 2007
April 2007 2Federal AviationAdministration
SWIM Foundation for U.S. Next Generation System
NextGenNextGen
Trajectory-Based Operations
Aircraft Data Communications
Performance-Based
Operations and Services
Separation Management
Collaborative TFM
Precision Navigation
Weather Integration
Surveillance Services
Network-Centric
Information Sharing
Trajectory-Based Operations
Aircraft Data Communications
Performance-Based
Operations and Services
Separation Management
Collaborative TFM
Precision Navigation
Weather Integration
Surveillance Services
Network-Centric
Information Sharing
Key Near-Term Investments Key Near-Term Investments
ERAM EnhancementsAutomated Problem Resolution
Concept DemonstrationsTrajectory-Based Ops/High Density
Infrastructure Robust Flow of Information
TFM-M EnhancementsTime-Based Metering
Terminal EnhancementsMerging and Spacing Tools
RNP/RNAV ExpansionPrecise Navigation
Data CommunicationsFlight Intent Downlink
ADS-BAircraft Separation
SWIM/Net-Enabled WeatherNet-Centric Information Sharing
ERAM EnhancementsAutomated Problem Resolution
Concept DemonstrationsTrajectory-Based Ops/High Density
Infrastructure Robust Flow of Information
TFM-M EnhancementsTime-Based Metering
Terminal EnhancementsMerging and Spacing Tools
RNP/RNAV ExpansionPrecise Navigation
Data CommunicationsFlight Intent Downlink
ADS-BAircraft Separation
SWIM/Net-Enabled WeatherNet-Centric Information Sharing
ERAM
TFM-M
STARS/CARTS
RNP/RNAV
Airspace Mgmt Program
Initial ADS-B
Initial SWIM
ERAM
TFM-M
STARS/CARTS
RNP/RNAV
Airspace Mgmt Program
Initial ADS-B
Initial SWIM
Current ProgramsCurrent Programs
April 2007 3Federal AviationAdministration
What is FAA SWIM?
SWIM is an information technology program that will operate in the background to provide seamless information to users who have a valid need for the data
SWIM will:
• Lower information costs
• Increase speed to establish new interfaces
• Increase common situational awareness
• Increase FAA agility
• Improve ability to share information with European providers
April 2007 4Federal AviationAdministration
HostWARP
IDS/ERIDS
ATOP
CIWS
TFM
TMA
STARS/ARTS/TAMR
ERAM
ASDE
Inter-Agency
Problems with Current FAA Information Sharing
Each connection is custom and does not satisfy future data exchange needs
April 2007 5Federal AviationAdministration
International Community
Government Systems
SWIM Core Capabilities
standard data interfaces
Enterprise Information Distribution
FAA Systems
FAA Future with SWIM
April 2007 6Federal AviationAdministration
Sum of Systems Independent system architectures
OceanicFlow
EnrouteTerminal
NAS
System of SystemsShared network & information
architectures
Comm Network
SWIM
NextGen
NetworkCentric
Operations
April 2007 7Federal AviationAdministration
Global Networking for Atlantic Trials
• Automated decision support and information sharing for safety, capacity, and security
Identify issues for interoperability, information exchange, and shared situational awareness
Apply core principles of system wide information management and network centric enterprise services
Explore/validate concepts of use and procedures
• Initiate trials to enable international communications, collaboration & coordination Enhance International situational awareness Reduce response times, ambiguities, and error rates
European Node
OTA Tool
GlobalData-Com
Node
ATOPNotional
Architecture• Architected to work with any Net-Centric Architecture
Uses data/protocol adapters to connect with FAA SWIM Service Bus for data exchange
April 2007 8Federal AviationAdministration
Demo: “Green Trans-Atlantic Flights”
In-TrailIn-TrailProceduresProcedures
Timed OceanicTimed OceanicExit & TODExit & TODTailoredTailored
ArrivalsArrivalsCTOCTO
En RouteEn Route OceanicOceanic En RouteEn Route TerminalTerminalTerminalTerminal
DepartureDepartureAirportAirport
ArrivalArrivalAirportAirport
Global Networking for Up-To-Date Trajectory Information Exchange
Phased Implementation of Oceanic 4D Trajectory Operations
• Timed Oceanic Exits: Management of oceanic flow to meet CTO at exit and/or TOD More efficient management of delays from down stream constraints Lower emissions and fuel burn
• Tailored Arrivals: Data-linked clearance prior to TOD for CDA that is adjusted for airspace constraints, traffic, and a targeted time of arrival
Lower emissions, noise, and fuel burn
April 2007 9Federal AviationAdministration
SWIM Program Approach
Segment 1
Rqmts & Design
Integration & Test
ERAM & TFM Changes
AIM Changes
Terminal Data Services
Weather (CIWS, WMSCR, ITWS)
Segment 2 Implementation
2008 2009 2010 2011 2012 20132007 2014Today
Research, Demonstrations, and Trials
April 2007 10Federal AviationAdministration
SWIM Segment 1 (2009 – 2013)
Main Components of Segment 1– There are no equipage requirements in SWIM Segment 1– There are no rule changes as result of SWIM– Many Segment 1 activities are targeted for improving
information flow to reduce delays• More surface data exchange between Terminal systems and
Traffic Flow Management/En Route• Pre-departure clearance updates for En Route automation• Automated Special Use Airspace (SUA) updates• Greater dissemination of weather products (CIWS, ITWS, and
WMSCR)
Segment 2 is tentatively planned for 2011 – 2015 and will have more focus on external data exchange.
Contents not final until program is approved by Joint Resource Counsel (June 2007)