The European Organisation for the Safety of Air Navigation AIS-AIM SG - #4 Agenda item 1.4...

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The European Organisation for the Safety of Air Navigat AIS-AIM SG - #4 Agenda item 1.4 Development implementation of AIS-AIM transition Implementation programmes and updates Paul Bosman

Transcript of The European Organisation for the Safety of Air Navigation AIS-AIM SG - #4 Agenda item 1.4...

Page 1: The European Organisation for the Safety of Air Navigation AIS-AIM SG - #4 Agenda item 1.4 Development implementation of AIS-AIM transition Implementation.

The European Organisation for the Safety of Air Navigation

AIS-AIM SG - #4

Agenda item 1.4Development implementation of AIS-AIM transitionImplementation programmes and updates

Paul Bosman

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Some highlights of ongoing AI related activities in Europe

• Aeronautical Information Exchange Model

• Digital NOTAM

• Aeronautical Information Services

• Aeronautical Information Systems (incl onboard)

• Relevant European regulations and standards

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Aeronautical Information Exchange Model - I

• AIXM 5.1• UML model, XML schema released since Feb 2010• Currently in implementation

• Guidance• Business rules

• Purpose: capture relevant AIXM 5.1 business rules from existing AICM 4.5 rules, ICAO Annexes 10/11/14/15, ICAO PANS-OPS, ARINC 424-19…and standardise their wording & encoding using Semantics of Business Vocabulary and Rules (SBVR) and ISO Schematron

• Maturity: Available for public review – likely to evolve over time to capture the feedback from AIXM stakeholders.

• See https://extranet.eurocontrol.int/http://prisme-oas.hq.corp.eurocontrol.int/aixmwiki_public/bin/view/Main/AIXM_Business_Rules

• Temporality Model• Purpose: Describe the temporality model implemented in AIXM 5.1 in order to satisfy the AIS

temporal requirements – support of digital NOTAM in particular (not possible with AIXM4.5).• Maturity: v1.0 released • See http://www.aixm.aero/gallery/content/public/AIXM51/AIXM%20Temporality%201.0.pdf

• GML Profile• Purpose: GML is a mature geometrical/geographical data encoding standard and that was the

main reason to use it for AIXM. The role of the profile is to guide implementations in the aviation domain. There is nothing that is invented on top of GML, just explanations how it can be used for the encoding of aviation specific data.

• Maturity: Still in development, no blocking issues so far. Industry involvement mainly through OGC - Aviation Domain Working Group.

• See http://external.opengeospatial.org/twiki_public/pub/AviationDWG/GMLGuidelinesForAIXM/REF_Use_of_GML_in_aeronautical_data_-_Discussion_Paper_DRAFT_3.pdf

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Aeronautical Information Exchange Model - II

• Use of xlink:href and UUID• Purpose: To provide technical details with regard to the use of Universal Unique Identifiers

(UUID) for aeronautical features and encoding of associations between features using the xlink standard

• Maturity: v1.0 released• See

http://www.aixm.aero/gallery/content/public/AIXM51/AIXM_Feature_Identification_and_Reference-1.0.pdf

• Meta-data • Purpose: Enable the encoding of information related to the quality, traceability, etc. of an

aeronautical data set or feature, to detail the user requirements for metadata in the aviation domain (main sources: ICAO, ADQ, INSPIRE) and to provide guidance on how to map these requirements into an ISO 19115 Metadata Profile.

• Maturity: The metadata profile is available as an official OGC Discussion Paper. With the objective to promote it to OGC Best practice / Guidance Material when mature enough.

• See http://portal.opengeospatial.org/modules/admin/license_agreement.php?suppressHeaders=0&access_license_id=3&target=http://portal.opengeospatial.org/files/?artifact_id=41668.

• CRC Guidance• Purpose: Enable the encoding of CRCs• Maturity: Initial proposal available, including a CRC schema (extension to AIXM 5.1). Some

aspects still being investigated (e.g. which attributes are subject to CRC wrapping, all or selected ones?)

• See: Keep an eye on www.aixm.aero , available on request.

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Aeronautical Information Exchange ModelSesar developments

• Purpose:• Within a SESAR context to deliver validated data models for the

Aeronautical Information domain by representing all possible Aeronautical Information constructs, including information for military purposes, which may be exchanged between ATM stakeholders.

• Facilitate the development of systems that need to ingest, use, and/or deliver Aeronautical Information.

• Output:• AIXM 5 served as Initial load to the ATM Information Reference Model;• Looking into Terrain data models;• Looking at additional requirements for aerodrome mapping data modelling

as identified by EUROCAE WG44/RTCA217 deliverables;• Additional validation of selected AIXM 5.1 constructs (e.g. procedures

model).• Modeling of Post-Flight Information Report (=> AIS Manual §8.8)• No significant changes to AIXM5.1 identified so far

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Some highlights of ongoing AI related activities in Europe

• Aeronautical Information Exchange Model

• Digital NOTAM

• Aeronautical Information Services

• Aeronautical Information Systems (incl onboard)

• Relevant European regulations and standards

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Digital NOTAM Event Specification

ContentIntroductionGeneral requirementsAIXM Event SchemaEvent ScenariosData encoding rulesDigital NOTAM ServicesAnnex 1 - EBNF sourcesAnnex 2 - XML Examples

Version 1.0• To be released end May 2011• Baseline for the EAD implementation in 2012

Developed by Focus Group• NOTAM operators• NOTAM users (airlines, ATC, service provider, etc.)• Eurocontrol & FAA

Keep an eye on: http://www.aixm.aero/public/standard_page/digital_notam_main.html

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Digital NOTAM Event Specification - Purpose

Restricted area North of Sjaellands OddeTEMPORARY RESTRICTED AREA IS ESTABLISHED daily from 08:00-17:00 between 07 NOV and 17 NOVAS FOLLOWS NORTH OF SJAELLANDS ODDE:560028N 0111656E - 560643N 0111026E - 561500N 0112400E - 561500N 0113600E -560112N 0114736E - 555730N 0113830E - 560028N 0111656E. between SFC and 60000 FT AMSLRELEVANT ATS UNITS REF. AIP DENMARK ENR 5.1 ITEM 3:AARHUS APP/TWR, ACC KOEBENHAVN

NavaidComponent

collocationGroup : NoSequenceTypemarkerPosition : CodePositionInILSTypeprovidesNavigableLocation : CodeYesNoType

<<object>>

RunwayDirection(from Runway)

<<feature>>

TouchDownLiftOff(from Helicopter Surfaces)...)

<<feature>>

AirportHeliport(from Airport/Heliport)

<<feature>>

ElevatedPoint(from Geometry)

<<object>>

Navaid

type : CodeNavaidServiceTypedesignator : CodeNavaidDesignatorTypename : TextNameTypeflightChecked : CodeYesNoTypepurpose : CodeNavaidPurposeTypesignalPerformance : CodeSignalPerformanceILSType...courseQuality : CodeCourseQualityILSTypeintegrityLevel : CodeIntegrityLevelILSType

<<feature>>

0..*

0..*

+runwayDirection0..*

0..*

isInstalledAt

0..1 +location0..1

isNavigableBy 0..*

0..*

+touchDownLiftOff0..*

0..*isInstalledAt

0..*

0..*

+servedAirport0..*

0..*usedForHomingAt

NavaidOperationalStatus

operationalStatus : CodeStatusNavaidTypesignalType : CodeRadioSignalType

<<object>>

0..*+availability

0..*

worksBy

NavaidEquipment

designator : CodeNavaidDesignatorTypename : TextNameTypeemissionClass : CodeRadioEmissionTypemobile : CodeYesNoTypemagneticVariation : ValMagneticVariationTypemagneticVariationAccuracy : ValAngleTypedateMagneticVariation : DateYearTypeflightChecked : CodeYesNoType

<<feature>>

0..1+location

0..1

isPlacedAt0..*

0..*

+navaidEquipment0..*

0..*

isComposedOf

0..* +availability0..*

worksBy

Data encoding rules

Data validation rules

Digital NOTAMAIXM 5.1 encoded data output

(Snnnn/yy NOTAMN

Q) EKDK/QRRCA/IV/BO /W /000/600/5606N01130E012

A) EKDK B) 0711010800 C) 0711011100

E) TEMPORARY RESTRICTED AREA ESTABLISHED

AS FOLLOWS (NORTH OF SJAELLANDS ODDE):

560028N 0111656E - 560643N 0111026E - 561500N 0112400E -

561500N 0113600E -560112N 0114736E - 555730N 0113830E -

560028N 0111656E.

RELEVANT ATS UNITS REF. AIP DENMARK ENR 5.1 ITEM 3:

AARHUS APP/TWR, ACC KOEBENHAVN.

DANGER AREA WITHIN THE PORTION OF AIRSPACE OVER THE HIGH SEA.

F) SFC G) 60000FT AMSL)

NOTAM production rules

Event data

Text NOTAMICAO Format

RulesRules

Rules

Target: application developers !

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Digital NOTAM - Scope of Increment 1

1. Airspace activation / reservations / warning areas / CTR (that are not H24)• Justification: up-to-date “airspace activity” charts for VFR community, graphical

enhancements to PIB, visualisation for ATC/APP, information provided to the pilot by ATC on request;

2. Route closures (CDR1, CDR 2, other routes)• Justification: up-to-date airspace/route availability data for flight planning applications;

3. Navaid events (all, including ILS)• Justification: critical data for Airline Operational Centres;

4. Airport/Runway closures• Justification: critical data for Airline Operational Centres, graphical enhancements to PIB;

5. Taxiway closures / work areas• Justification: graphical enhancements to PIB (identified difficulty – requires static data for

Taxiway elements geometry);6. Obstacles

• Justification: critical data for Airline Operational Centres, graphical enhancements to PIB;7. SNOWTAM

• Justification: critical data for Airline Operational Centres, graphical enhancements to PIB;8. All other NOTAM as Text NOTAM associated with the feature

• Justification: completeness of the solution, to avoid digital data users having to also consult text NOTAM from another source.

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SNOWTAM Trial 2009-2012+

Mid 2011 WFS: digital SNOWTAM data available for client applications!

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Digital NOTAM – Data Origination Project

• Objective• Demonstrate concept of input forms

for Digital NOTAM origination• Strongly requested by Stakeholders• Scope

• Limited to one scenario (out of 50+)• Ad-hoc Special Use Airspace

• Average difficulty• Output: Standard Input forms• Results by 2011, all available as open

source

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Some highlights of ongoing AI related activities in Europe

• Aeronautical Information Exchange Model

• Digital NOTAM

• Aeronautical Information Services

• Aeronautical Information Systems (incl onboard)

• Relevant European regulations and standards

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Aeronautical Information Services• Purpose

• Identify, define and develop Aeronautical and Meteorological Information Services based upon Service Oriented Architecture principles and current & foreseen ATM business needs

• How

• Analyze the requirements of existing & potential new users of Aeronautical Information Services• Propose new services that could be provided on top of what is currently defined by ICAO,

considering ICAO AIS to AIM Study Group and CANSO AIM WG inputs

• Progress to date, first services relate to:• Aerodrome Mapping Information Service• Taxiway Status Information Service• Volcanic Ash Information Service

• In the pipeline• Winds Aloft Information Service• Special Use Airspace Information Service

• Output:• Standardised Service Models which will be provided to implementers as Service Contracts• Part of an ATM Information Service Reference Model (ISRM)

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TWY InfoService

Example:

Business need “Common Situational Awareness”

Satisfied: SWIM enabled Application consuming TWY Status and Airport Map Information Services.

SWIM Middleware

AirportMap InfoService

Information

Service

Situational

Aw

areness AP

P

Information

Service

Service Providers

SWIM Example – “connecting the ATM world”

Service Consumers

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Some highlights of ongoing AI related activities in Europe

• Aeronautical Information Exchange Model

• Digital NOTAM

• Aeronautical Information Services

• Aeronautical Information Systems (incl onboard)

• Relevant European regulations and standards

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Aeronautical Information SystemsEAD Implementation

New obstacle model based on AIXM 5.1 (on test)Mar 2011

Nov 2011 Download Minimum Static Data in AIXM 5.1

2012 - 2014 Full AIXM 5.1 operations (incremental)

Minimum data set (the static data entities required for NOTAM validation and PIB generation required for NOTAM validation and PIB generation) will be available for download in AIXM 5.1

First two series of Digital NOTAM events (airspace closure and route closures) will be supported by EAD in Release 7 (mid 2012). This will also come with the possibility to upload an initial set of static data entities in AIXM 5.1 format. Rest of the AIXM 5.1 implementation will be done progressively in EAD, until 2014 incl Digital NOTAM Increment 1.

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Aeronautical Information Systems -Sesar developments

• Digital NOTAM - Application• Main input -> Digital NOTAM Event Specification• User requirements for Digital NOTAM encoding

applications• Output (Mid 2012) – validated prototypes for

RWY/Airport Closure &Temporary obstacles

• Integrated Digital Briefing• Collection of user requirements from pre-SESAR

projects• ICAO SARPS• Eurocontrol Integrated Briefing• EAD Specifications• Digital NOTAM Business Case• FAA studies• Etc.

• Pre-Flight briefings today• cumbersome to build• too much information• sometimes irrelevant• presented in a format difficult to read by the

pilot• Expectations

• Graphical capabilities and better filtering based on Digital NOTAM messages will address these shortcomings

• AIM Workflow – Relooking at the AIRAC Cycle ?

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Aeronautical Information SystemsOnboard Aeronautical Databases

• Scope & Objectives:• Evolutions of the structure & content of on-board Navigation, Airport,

Terrain & Obstacle DB

• Evolutions of the database production chain (data protection, integrity…)

• Output: 2011/2012 Validated prototypes

ARINC 424A UML/XML/BXML

FMSSimulation

Define a set of mapping rules for conversion of ground sources (AIXM 5.1) into Arinc424A data (2011)

- Consider the regulatory framework- Identify the most effective means to ensure data integrity- Recommendations for DB packing, verification, certification

Definition of Global Database Management Process

Practically – validation of NavDB chain

End User validation

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Some highlights of ongoing AI related activities in Europe

• Aeronautical Information Exchange Model

• Digital NOTAM

• Aeronautical Information Services

• Aeronautical Information Systems (incl onboard)

• Relevant European regulations and standards

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Aeronautical Data Quality (ADQ)• ADQ 1

• COMMISSION REGULATION (EU) No 73/2010• “laying down requirements on the quality of aeronautical data and aeronautical

information for the single European sky”• Basically; Turning Annex 15 into European Law• Compliance dates: 2013-2017

• Means of Compliance• Electronic AIP (eAIP) Published

100% Aligned with Doc8126

eAIP material

• Data Quality Requirements (DQR) Under development• Data Assurance Levels (DAL) Under development• Aeronautical Information Exchange (AIX) Under development• Data Origination (DO) Under development

• Once matured certainly some material to be re-used for ICAO Guidance material

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Aeronautical Data Quality (ADQ)• ADQ-2

• Objective: develop a draft SES interoperability implementing rule to achieve aeronautical information of sufficient quality in the aeronautical data chain from post-publication by the AIS provider to the end-user.

• Purpose: Provide the data quality required to enable current and future concepts such as Performance Based Navigation (PBN)

• Apply common quality measures throughout the data supply chain• Output: Proposals are currently being drafted.

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Recommendation

• The group is invited to:• Note the presented material• Discuss the potential impact of the AI services (modelling) on

Annex 15

• More information ?• EUROCONTROL AIM

• www.eurocontrol.int/aim & www.eurocontrol.int/ead & www.eurocontrol.int/adq • AIXM 5.1

www.aixm.aero & AIXM public wiki (https://extranet.eurocontrol.int/http://prisme-oas.hq.corp.eurocontrol.int/aixmwiki_public/bin/view/Main/ )

• OGC Aviation DWG on OGC Web site (http://www.opengeospatial.org/projects/groups/aviationdwg)

Aviation DWG public wiki (http://external.opengeospatial.org/twiki_public/AviationDWG/WebHome)

• SESAR• www.sesarsju/eu

• Drop me an email ;-) [email protected]