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A-SMGCSAdvanced Surface Movement
Guidance and Control Systems
European Implementation ProjectsPaul Adamson
Eurocontrol A-SMGCS Project Manager
5thR&D Seminar
11-13 October 2005
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What is A-SMGCS?
z Conceived 1990
Increasing traffic levels
Airport complexity
Need to maintain service levels
z Four basic functions:
Surveillance
Control
Routing
Guidance
z ICAO Manual published 2004
z EUROCAE MASPS
A-SMGCS
MOBILES
CollaborativeDecision Making
Arrival
Management
Airport
Management
Departure
ManagementPlanning
/ RoutingGuidance
Surveillance
Control
Times ofarrival
Times ofDeparture
Stand allocation
Runway /Taxiway status,
Navigation
(GNSS,)
Mobile Position
Voice And Data Link
communicationAutomatic Dependant
Surveillance
Other sensors Mobile Parameters
Alerts, guidance,
Traffic situation
Assigned routes
Alert eventsConflict
resolutions
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Background
z ICAO Manual / EUROCAE Specifications
z Airport Implementations
Divergence (e.g. transponder procedures)
Lack of ATC procedures
z Need for Support & harmonisation
z Eurocontrol / EC Projects
Feedback
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European Projects
z Two main projects Eurocontrol A-SMGCS Project (Short Term)
EC EMMA Project (Short-Medium Term)
z Common aim
Facilitate harmonised implementation A-SMGCS Levels 1 & 2 Develop Operational Concepts, Systems & Procedures A-SMGCS
Levels 3 & 4
z Common Concepts
z Independent Validation & Verification
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A-SMGCS Level 1
z Improved Surveillance &procedures for ATC Replace Visual Observation
z Applies toAircraft on Movement Area
Vehicles on ManoeuvringArea
z Requires both cooperative &non-cooperative sensors SMR
Mode S Multilateration
z ICAO/EUROCAE baseline
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A-SMGCS Level 2
z Level 1 Surveillance plus
Runway Safety Net
Conflicts/infringements on
runways
Incursion into restrictedareas (e.g. closed taxiway)
z Alerts given to Controllers
only
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Eurocontrol A-SMGCS Project
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Project Objectives
1. To fully develop A-SMGCS Levels 1 & 2 to operational
implementation: Develop & validate operational concepts, requirements & procedures
Develop generic safety & human factors cases
Address training & licensing2. Identify benefits
3. Provide baseline for
Feedback to ICAO etc. Harmonised implementation
Further A-SMGCS developments
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Project Process
z Requirements Definition Operational Concepts
Functional Requirements
ATC Procedures
z Validation
z Safety Casez Human Factors Case
z Business Case Assessment (including CBA)
z Update of Requirementsz Proposals to ICAO
z Harmonised Implementation (ECAC)
Jan 2002
Dec 2006
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Validation
z MAEVA Process (Master
ATM European Validation)
Developed by EC
Recognised methodology
z Real Time Simulations
z Operational Trials
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ATC Simulation
Objectives:
Validate procedures and verify acceptancefrom ATCOs
Assess Safety, Capacity, Workload, Situation
Awareness benefits
Simulations of CdG andOrly airports
Compared SMR, A-SMGCS Level 1 and
A-SMGCS Level 2 environments
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Operational Trials
z Further verify & validate the concepts & requirements
for Levels 1 & 2
Safety
Throughput
Environment
z Three Contracts Heathrow, Zurich (ATC) Dec 04-Jan 06
Frankfurt, Vienna & Zurich (Apron) Dec 04-Jan 06
Paris CdG Aug 05-Apr 06
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Safety Case
z Uses Eurocontrol Safety Assessment Methodology
z
Develops Safety objectives & requirements for A-SMGCSLevels 1 & 2
z Provides evidence that objectives & requirements can be met
(through an operational example, Heathrow)
z Participation & agreement of Stakeholders (through five
workshops)
z
To be used a a basis of local Safety Case
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Human Factors Case
z Highlight Human Factors
Issues
z Demonstrates how
addressed
z Areas identified for
examination
Human-Machine Interaction
Training & development
Procedures, roles &responsibilities
Recovery from failure
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Business Case Assessment
z Aims to assess
Safety Impact
Economic Impact
Environment Impact
z Recognised methodology
z Involvement of stakeholders
z Used to support implementation (both
at regional & local level)
z Based upon results of validation
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European Commission Project
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EMMA
z European Airport Movement Management by A-
SMGCS (EMMA)z Research & Development Project (6th Framework)
z 26 Partners from 9 States
z Two Phases EMMA 1 (2004-2006)
EMMA 2 (2006-2008)
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EMMA Approach
Onboard
(Airbus)
Ground1
(PAS)
Ground2
(TATM)
Ground3
(AMS)
Concepts (DLR)
Validation (NLR)
IP-Management (DLR)
User-F
orum
(AENA)
A-SMGCS Requirements
Derive specific Test-Site Requirements
Develop Test-Setups at Test-Sites
Verify Test-Setups against Requirements
Validate generic A-SMGCS concepts
Develop Common Generic A-SMGCS Concept
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EMMA 1
z Validating A-SMGCS Levels 1 & 2:
Toulouse
Prague
Milan Malpensa
z Real Time Simulations & Operational
Trials
z Safety Case
z Preparing for A-SMGCS Levels 3 & 4
Advanced Technologies
On-board systems
z Timeframe 2004-2006
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Integrated European Approach
z Full coordination between Eurocontrol &European Commission Participation in respective working groups Use of common baseline
Coordination of future work
z
Common concepts and procedures will: Form the basis of harmonised European
Implementation &
Common proposals to ICAO
z Link between Research & Implementation
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Proposals to ICAO
z ConceptsA-SMGCS Levels 1 & 2
z Performance Requirementsz Procedures
ATC
Transponder Operation (aircrew)z These will impact
A-SMGCS Manual
EUR Regional Supplementary Procedures
Eventually, PANS ATM
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Anticipated Benefits
z Under all conditions Safety
Situational awareness Coordination
Data sharing
Planning (ATC, Airport & Airline)
z In Low Visibility Safety
Workload
Low Visibility Procedures
Throughput
z Based upon existing aircraft systems
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Implementation
z London, Paris, Brussels,
Amsterdam, Copenhagen,
Frankfurt, Vienna, Zurich,Geneva, Prague, Milan,
Rome, Palma, Madrid
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Conclusions
z Link from research to implementation
z Making use of the results of research
z Provide guidelines on areas for further research
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Thank You