expediting the implementation of atm system...
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Expediting the ImplementationExpediting the Implementationof ATM System Improvementsof ATM System Improvements
Sponsored bySponsored by
Transportation Research BoardTransportation Research BoardNational Research CouncilNational Research Council
National Academy of SciencesNational Academy of SciencesWashington, D.C.Washington, D.C.
6 April 20006 April 2000
Expediting the Implementation of ATM System ImprovementsExpediting the Implementation of ATM System Improvements
Welcome and IntroductionWelcome and Introduction
Sal MumayizSal MumayizChairman, TRB Sponsoring CommitteeChairman, TRB Sponsoring Committee
Joe SinnottJoe SinnottSymposium CoordinatorSymposium Coordinator
Expediting the Implementation of ATM System ImprovementsExpediting the Implementation of ATM System Improvements
Introduction to the SymposiumIntroduction to the Symposium
Joe SinnottJoe Sinnott
Expediting the Implementation of ATM System ImprovementsExpediting the Implementation of ATM System Improvements
A Few Opening Thoughts
Fielding ATM Improvements Takes Too LongFielding ATM Improvements Takes Too Long
• We have an opportunity today
• We all have– Organizational roles, positions, responsibilities, …– Personal stake in seeing ATM improvements fielded
Expediting the Implementation of ATM System ImprovementsExpediting the Implementation of ATM System Improvements
A Few Opening Thoughts
• Many organizations are involved– Service providers
• As operators of the system• As developers, suppliers, and implementers
– Users• As “customers”• As participants in implementation
– Other stakeholders• Labor• Other government roles
• Roles, interests, concerns within each are diverse
Expediting the Implementation of ATM System ImprovementsExpediting the Implementation of ATM System Improvements
A Few Opening Thoughts
• Objective: Concrete, specific, and practical waysto reduce the time required to field improvements
– Specific actions that can be taken now– A path that can lead to them
• Lots of tough questions ...– Requirements: Does it really need to do that? Like that?– Consensus: How much? Who? Suppose you don’t?– Approval: Who can approve?– …
• Fewer easy solutions ...– Easy: What other people should do– Harder: What my peers and I can or should do
Expediting the Implementation of ATM System ImprovementsExpediting the Implementation of ATM System Improvements
A Few Opening Thoughts
• Panel discussions, not just presentations• Success: specific actions
– This is too important a topic to “just talk about”
• Look around– We are the people who can make changes– We should not expect someone else to do it
• What’s the expected result?– Some specific actions may be possible– Others will require further effort
• To flesh out• To overcome constraints
– That’s fine, but let’s take action and report out on them(e.g., via a mailing, another meeting, another forum)
Expediting the Implementation of ATM System ImprovementsExpediting the Implementation of ATM System Improvements
What Can be Learned from RecentGovernment and Industry Experience?
What are the Opportunitiesand Constraints?
What's Involved inImplementing Improvements?
Wrap Up andAction Items
What Can be Learned from RecentGovernment and Industry Experience?
What are the Opportunitiesand Constraints?
What's Involved inImplementing Improvements?
Wrap Up andAction Items
Symposium Agenda
Expediting the Implementation of ATM System ImprovementsExpediting the Implementation of ATM System Improvements
What's Involved inWhat's Involved inImplementing Improvements?Implementing Improvements?
SteveSteve Zaidman ZaidmanSession ModeratorSession Moderator
Collaboration
Software developed using acollaborative model with all
affected players. Automaticallygives all parties ownership.
Development Steps
1. Problem Identification– Group discusses and understands problem and
impacts
2. Idea Generation– Input from all members on ideas to fix
problem
Development Steps
3. Explore Solutions– Group develops list of solutions to problem
4. Consensus– Group reaches consensus on best approach
considering:• Timing of solutions
• Build a little/Test a little
• Evolving technologies
• Evolving product
• Proximity of players
Success Example
Flight Schedule Monitor (FSM)• Developed in collaboration with
User/FAA input
• Rapid prototypedat ATCSCC
• Integrated inexisting hardware
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•• Purpose:Purpose: Tailor the AMS to enhance Mission andInvestment Analyses
•• MembershipMembership
•• Ongoing Activities:Ongoing Activities:– R&D/F&E
– Mission Analysis
– Developing an expedited process for:!Service Life Extension
!Technology Refresh
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•• Focused Execution:Focused Execution:– Customer needs
– Transition from R&D to production
– Operational and engineering metrics
•• Free Flight Phase 2Free Flight Phase 2– Understand how the program will be integrated
– Evolving the system
– Managing customer expectations
– Master technology transfer
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Definition: Definition: Mix of projects necessaryand sufficient to deliver benefits to theend-user.
Activities to achieve benefits:Activities to achieve benefits:
StandStandAloneAlone AirborneAirborne
Integration — CertificationIntegration — CertificationGroundGround
People (skills-roles)Rules/Airspace/ProceduresSystems
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•• Utilizing our acquisitionUtilizing our acquisitionprocessprocess
•• Improving our processImproving our process
•• Learn from pastLearn from pastsuccessessuccesses
•• Implement new way ofImplement new way ofmanaging projectsmanaging projects
Expediting Implementation:Expediting Implementation:
EXPEDITING The IMPLEMENTATION Of AIRTRAFFIC MANAGEMENT (ATM)
IMPROVEMENTS
Raymond M. LongProgram Director for Operational Support, AOS-1
Presented By:
April 6, 2000
MISSION
Centralized operational support is our business.As the primary organization authorized to makechanges to commissioned systems, the missionof AOS is to be a world class, second-levelengineering service organization for all aspectsof the National Airspace System (NAS)
KEY TOPICS
• What’s Involved In Implementing Improvements
"Defining Needs & Requirements"Design"Software & Hardware Development Testing"System Testing"Key Site Testing"National Delivery
KEY TOPIC
• How We Improve Our Processes & FieldHardware/Software
" Implementing the FAA Integrated Capability MaturityModel (iCMM) for Target Systems
"Direct Access Radar Channel (DARC) Achieved FullFAA-iCMM Maturity Level 2 on March 15, 2000
"The Host System Will be Striving to Achieve FAA-iCMM Level 2 in FY-2001
"Greater Emphasis Are Being Placed on CustomerSatisfaction
KEY TOPIC
• How We Improve Our Processes & FieldHardware/Software (Continue)
"Communication is Improving Between AOS and theIntegrated Product Teams, FARM Team, and OtherStakeholders
"Metrics Are Being Collected on Field Support Activitiesto Improve Existing Field Support Processes
KEY TOPIC
• What Are The Challenges Involved In ImplementingNew Functionality into the NAS
"Coordination of Requirements Issues With Customers,Stakeholders, & Others as Applicable
"Limited Resources"Prioritization of System Packaging & Release Schedules
with Stakeholders"Addressing & Coordinating Inter-System Dependencies
During Development"Limited Lab Facilities to Duplicate the Field Environment
KEY TOPIC
• What Are The Challenges Involved InImplementing New Functionality into the NAS(Continue)
"Shortcomings of Maintaining COTS Software/Hardware"Logistics & Maintenance Sustainment Activities of
Obsolete Legacy Systems" Increasing Life-Cycle Costs of Systems Being Handed
Off to the Operational Side of the House from theAcquisition Organizations
"Defining Customers Requirement Specifications thatReflects Their True Needs
KEY TOPIC
• How Are We Preparing Ourselves To Be MoreCompetitive In The Future
"Continuous Process Improvement Activities"Rolling Over iCMM Knowledge Gained & Lessons
Learned on Systems Like DARC to Other AOSSystems
"Being Proactive in NAS Sustainment Activities; AOS isGaining the Core Knowledge of New SystemComponents in the NAS Which Will Enable Efficient &Quality Life-Cycle Support.
National Research Council
April 6, 2000
William Voss, DirectorOffice of Air Traffic Systems Development
TerminalEn Route Weather
Oceanic
Air Traffic Control SystemCommand Center
NAS Infrastructure
The NAS Infrastructure• AUA role ----- “r & D”
– Support existing capabilities– Modernize automation capabilities– Provide support to new automated decision tools
• AUA provides over half the targeted programsfor NAS modernization
The NAS Infrastructure (cont’d)
• Modernization– Incrementally– Has turned the corner– Provides more reliable, open systems– More standard, commercially available hardware and
software• Documented standards available for researchers
– Focuses on platform to support future systems R&D• High-fidelity Integration Lab
Automation Infrastructure
WeatherResearch
Tools
Timely Introduction of Improved Services
AutomationResearch
Challenges
URET
pFAST
Examples of Automation Research
• Trajectory Automated Tools– User Request Evaluation Tool– passive Final Approach Spacing Tool– Traffic Management Advisor Tool– Surface Movement Advisor
En Route Automation Operating Systems• Evolution
– Installed 1971, IBM real-time operating system firmware speciallymodified for FAA
– Rehosted in 1987
– Rehosted again in 1999
– Original 1971 software remains core of en route NAS
• En Route Subsystems
TMApFAST
HOST URETCCLD
DSR HID CPDLC DARC WARP
800
600
400
200
0
800
500
670
830
300
120
400
50
3,670K Developed Operational Lines of Code
Conclusions• AUA Research
– Focused on integration and adaptation– Keeping pace with related NAS research
• R & D Challenges– Working in COTS and NDI environment– Budget constraints -- zero-sum game– Rapid technology refresh cycles– FAA is not a “market driver”
System/Facility Average Age(Years)
Quantity
Control Facilities
Air Route Traffic Control Center (ARTCC) 37 21Terminal Radar Approach Control 31 170Air Traffic Control Tower (ATCT) 27 476Computer and Display SystemsAutomated Radar Terminal System (ARTS) DataDisplays
24 100
Automated Radar Terminal System (ARTS) RadarDisplays
13 200
Direct Access Radar Channel (DARC) 11 20Host Computer System Software 30 20Communications Systems and FacilitiesRemote Center Air/Ground Communications 23 701Remote Transmitter/Receiver 18 1,265Radar SystemsAir Traffic Control Beacon Interrogator (ATCBI)-4 26 81Air Traffic Control Beacon Interrogator (ATCBI)-5 21 162Airport Surveillance Radar (ASR)-7 19 35Airport Surveillance Radar (ASR)-8 16 70Air Route Surveillance Radar (ARSR)-3 16 22
NAS System s/Facilities Essential for ProvidingAir Traffic Control Services
The NAS Is Aging
Average Number of Days from Contracting Officer’s FirstAction to Solicitation and from Solicitation to Contract Award.
Acquisition Schedule Perform anceSchedule reductions achieved as of
9/1/99Schedule Segm ents
72%
59%
44%
ID - SIR SIR - CA CA - IC
BM =Bench M ark AM S=Acquisiton M anagem ent System ID=Investm ent Decision SIR=Solicitation Inform ation Request
CA=Contract Aw ard IC=Initial Com m issioning
Percent Reduction
BM: 12.4AMS: 3.5
(Months)
BM: 11.3AMS: 4.6
(Months)
BM:70.6
AMS:39.2
(Months)
(Actual)
(Actual)
----------- -------------- ----------------- ------------------ -------------------- ---------------- --------------- Schedule Reduction Target (50%)
(Forecast)
Prioritizing InfrastructureImprovements
❚ Plants and Structures❚ Lightning Protection, Bonding, and
Grounding❚ Commercial and Emergency Power❚ Telecommunications infrastructure❚ Security of Facilities and Information❚ Fire, Life, and Safety❚ Configuration Management
Implementation Activities❚ Site Preparation and Planning❚ Site Adaptation and Engineering
❙ Environmental and Communityconsiderations
❙ Integration into existing facilities❚ Ongoing Operations
❙ Must continue safely duringimplementation
❚ Precommissioning Considerations❙ Training and Staffing❙ Labor Management Relations
Managing the Lifecycle
❚ Configuration Management❚ Handling Emergencies❚ Responding to Changes in demand and
performance❙ Larger Towers and TRACONS❙ Increasing number of ILS Runways and
transition to GPS❙ Field maintenance support❙ Tech Documentation❙ System Performance Analysis