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Page 1: SGD 2016 - Introduction

Page 1

INTRODUCTION

Page 2: SGD 2016 - Introduction

SESAR Joint UndertakingPublic Private partnershipFounded by EC and EurocontrolMulti stakeholder approach

Airports

GroundIndustry

AirborneIndustry

NationalAuthorities/

Military

R&D community

Staffassociations

Air Navigation

Service Providers

Airspaceusers

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SESAR Joint Undertaking

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SESAR Phases

2005-08

Definition phase▪ Create European

ATM Master Plan

Development Phase▪ Develop new

standards, opera-tional procedures and technologies

2500 + contributors 300 projects

Page 3

2016-25

Deployment Phase▪ SDM started in

2015

SESAR 2020▪ Launching this year

2016-…2009-16

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SESAR Phases

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GATMOC

AOM DCB AO TS CM AUO

&̶ Collaborative decision making&̶ ATM Service delivery management&̶ Airspace organization and management&̶ Demand/capacity balancing&̶ Aerodrome operations&̶ Traffic synchronization

CDMATM SDMAOMDCBAOTS

&̶ & Conflict management * Strategic conflict management * Separation provision (SEP) * Collision avoidance

&̶ Airspace user operations&̶ Trajectory based operations

CM

AUOTBO

ATM SDM

CDM

Strategic and scheduling

Tactical planning

Flight operations

System Wide Information Management

GATMOC

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SYNCHRONIZATION & COLLABORATION

10 secs

2 mins

16 mins

3 hours1 day Time-horizon of

the intended trajectory

Leve

l of i

nvol

vem

ent

[per

ope

ratio

nal s

take

hold

er]

1 sec

none

contributing

leading

CM (ATC)

Flight crewFlight operations centre

DCB

TS

Global actors (AUO)

Regional actors

• A multi-actor coordination framework • Requires synchronised information

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AO

Synchronization and collaboration

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INTEROPERABILITY

Information SystemInformation System

Real World System Real World System

Organisation A Organisation BOrganisational Alignment

Semantic Alignment

Process Alignment

Syntax (XML,…)

Transport (HTTP, TCP/IP,…)

Interaction (SOAP,REST, OGC…)

Logi

cal

Tech

nica

l

SCOPE OF SWIM

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Interoperability

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CHARACTERISTICS

• Easy access to information Multiple ATM stakeholders Offer and consume ATM information from each other Easy to connect

• Provider and consumers build on Trust All involved parties can be trusted (authorized entities

only) Exchange mechanism can be trusted (secured, reliable,

on-time) No abuse of information (adequate access control)

• Cost reduction in ATM evolution Cost proportional to required performance level Future changes shall be faster and cheaper

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Characteristics

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SWIM DEFINITION

SWIM Governance

Qualified partiesQualified parties Qualified party

SWIM Infrastructure

Service(s)Service consumer(s)

Network infrastructure

Standards

Standards

Standards

Standards

SWIM consists of standards, infrastructure and governance enabling the management of ATM information and its exchange

between qualified parties via interoperable services.

SWIMEnabled

Applications

ATM information

ATM information

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SWIM definitionSWIM is not (just) a set of services, but rather the future way of service development

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EATMA

Air Ground (PP)

Low Cost (YP)

Common logical attributes

Common technical data

format

Logical service definition

Technical implementation

Rock Solid (BP)

Operational Concept

Common operational definitions

Logical service definition

Technical implementation

Operational Concept

Logical Service Definition

Information Exchange

Operational Concept

AIRM

AIXMFIXM

WXXM

ICAO definitions

Common Protocols

Domain

Performance

Service implementation

Logical Service

Definition

Logical Data Model

Technical data format

Information model

ISRM

Operational Concept(+IER)

WHAT’S UNDERNEATH

SDCM

registry

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What’s underneath

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BENEFITS OF SWIMBusiness perspective• Agility in future evolution• Flexibility in global uptake• Global interoperability, common methods and standards• Cost efficiency by service oriented architecture• Secured information

Operational perspective• Enables ASBUs (XMAN, A-CDM, FF-ICE, TBO, ..)• The right information at the right time (filtering, alerting,

visualization)

Technology perspective• Re-use of code, rapid development• Re-use of services• Common standards• Collaborative environment

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Benefits of SWIM

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JOINT INTEROPERABILITY DEMOS

Background• Intra European SWIM interoperability: WAC 2013• Opening up to global community: SWIM Master Classes 20XX• Towards GLOBAL interoperability:

– FAA’s MG-II (April 2016)– ICAO APAC workshop in Bangkok (May 2016)– SESAR SWIM Global Demo (June 2016)

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Objectives • Demonstrate global interoperability• Demonstrate business, operational and technical benefits• Capture lessons learned & Feed back into ICAO

Joint Interoperability Demos

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JOINT INTEROPERABILITY DEMOSWednesday• Demo #1: FAA’s NextGen – SESAR• Demo #2: Globally-available SWIM data sources

Thursday• Demo #3: Australia – United Arab Emirates – Europe• Demo #4.1: Brazil – Europe• Demo #4.2: Mongolia - Europe

Demo characteristics• All ATM stakeholders• Improve situational awareness and planning• Aeronautical, meteorological, flight and network• Shared and continuously updated

Joint Interoperability Demos

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PANEL SESSIONS

Panel 1: SWIM collaborationPanel 2: SWIM benefits

Lessons learned

Panel 3: SWIM next steps

Panel sessions

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SHOWCASES• LANE - fLight dAta downliNk systEm• Aeronautical Data Validation and Business Rule Evaluation

Platform• Heathrow Cross Border Arrival Management (XMAN)• CRONOS - Aeronautical NOTAM system• Integrated Digital Briefing – A/G, G/G• Geodetic Calculation Services (GCS)• XMAN - Build SWIM Apps, Share Data and Increase Efficiency• A vision for Global Collaborative ATFM - A network of networks

LIVE• TOPLINK Application over 4DWeatherCube, demonstration of

Global Interoperability for improved Flow Management services • SWIM Enabled Airport Solutions• Unifly Skybridge• Global Flight Tracking with ADS-B

Showcases

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INTEGRATED IN INTEROPERABILITY DEMOS• LANE - fLight dAta downliNk systEm• Aeronautical Data Validation and Business Rule Evaluation

Platform• Heathrow Cross Border Arrival Management (XMAN)• CRONOS - Aeronautical NOTAM system• Integrated Digital Briefing – A/G, G/G• Geodetic Calculation Services (GCS)• XMAN - Build SWIM Apps, Share Data and Increase Efficiency• A vision for Global Collaborative ATFM - A network of networks

LIVE• TOPLINK Application over 4DWeatherCube, demonstration of

Global Interoperability for improved Flow Management services • SWIM Enabled Airport Solutions• Unifly Skybridge• Global Flight Tracking with ADS-B

Showcases