DLR_R&D_ASMGCS

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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