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An Airline Perspective on the implementation of new systems

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Title: An Airline Perspective on the implementation of new systems


1
An Airline Perspective on the implementation of
new systems
  • SEMINAR ON THE IMPLEMENTATION OF DATALINK AND
    SATCOM COMMUNICATIONS
  • Bangkok
  • Thailand, 17-19 November 2003
  • Kors van den Boogaard
  • Assistant Director CNS

2
IATA Today
  • Founded in 1945
  • 274 Member Airlines in August 2003

3
Over 90 Offices Worldwide
4
Present Status Industry
  • Total losses since 9/11 US25 billion
  • Expected losses 2003 US10 billion
  • Loading Rising Yield Falling
  • Airports and Air Navigation Charges US40 billion
    annually Rising !

5
Why a new system ?
  • Safety
  • Capacity
  • Efficiency
  • Service improvement
  • Service costs
  • System costs
  • Technology is not the driver but the enabler !

6
Airspace volume/capacity
A T S Airspace V o l u m e
N A V I G A T I O N
SURVEILLANCE
ATM
Communication
7
Air Traffic Infrastructure Flight Efficiency
C D M
Mode-S Surv., ADS, ADS-b, ASAS
F U N C T I O N S
CPDLC VOICE
E N A B L E R S
LEGACY SYSTEMS VHF, HF, ILS, VOR, DME (ADF,
MB, OMEGA)
8
COMMUNICATIONFunction, protocol, link
  • The function itself partly on the ground (ATC),
    partly in air (cockpit).
  • A protocol to establish contact
  • A link to provide connectivity
  • All 3 elements require investment and operating
    cost, only the function will provide benefit.

9
Air- Ground Data Link, point-to-point
FANS-1/ACPDLC/ADS
AIR
ACARS
FUNCTIONALITY
VHF COMM SATCOM HFDL
REQUIREMENTS
ACARS
FANS-1/ACPDLC/ADS
GROUND
10
Air- Ground Data Link, point-to-point
ICAOCPDLC/ADS
AIR
ATN
FUNCTIONALITY
VDL M-2
REQUIREMENTS
ATN
ICAOCPDLC/ADS
GROUND
11
Converging to one solution for ATS Data-Link?
Trans-atlantic CPDLC/ADS FANS-1/A
USA/CAN (ICAO)CPDLC Build 1 Build 1a Build 2
EUR (ICAO) CPDLC LINK2000
Efficiency
CapacitySafety
CapacitySafety
12
Communication Lines
13
Airlines and Communication
  • The requirement
  • to ensure safety
  • to conduct business efficiently
  • to provide service to the passengers
  • Adequate capacity
  • restrictions in air traffic
  • reduced efficiency
  • passengers satisfaction
  • Increased reliance
  • reduction of separation
  • information need to support operations
  • new applications

14
The Basic Needs
  • Adequate capacity/Radio Spectrum
  • Global connectivity
  • Global interoperability
  • Scalability
  • Support Data/Voice/Video
  • Support for all classes of communication traffic
  • Cost effective

15
How to satisfy the need ?
  • Maintain present voice system
  • 25 kHz
  • Extend the use of 8.33 kHz if necessary
  • Encourage the introduction of data
    communications for ATS
  • ACARS
  • Satcom/HF data
  • AOA
  • FANS 1/A
  • VDL Mode 2
  • Mode ES
  • Development of one global common communication
    infrastructure

16
European Frequency Congestion
17
How not to proceed
8.33 /25 kHz VDL Mode 2
VDL Mode 4
VDL Mode 3
2003
2015
Additional capacity ?
2020
New Operational Concept
18
How to proceed
VDL Mode 4
VDL Mode 3
8.33 /25 kHz VDL Mode 2
2003
New System Definition.
Mobile. Telecom Techn.
ITU WRC 2007
2007
Standards
2015
Impl.
2020
New Operational Concept
19
Dependent SURVEILLANCEFunction, Enabler
  • A surveillance function resides in all aircraft
    (in a given (air)space) and at ANSP-facilities.
  • Both Communication and Navigation contribute to a
    surveillance function.
  • Navigation to provide the aircrafts position
    (4D) and
  • Communication to relay the message to all
    parties interested (broadcast).

20
Air Traffic Infrastructure Surveillance example
ADS-b
Mode-S Surv., ADS, ADS-b, ASAS
F U N C T I O N S
E N A B L E R S
GPS, GALILEO
4, UAT, Mode-S
LEGACY SYSTEMS VHF, HF, ILS, VOR, DME (ADF,
MB, OMEGA)
21
Need for ADS-B ?
  • Safety
  • Ground infrastructure costs
  • Security ?
  • Efficiency
  • Enhancement present procedures
  • Capacity
  • Enhancement of present procedures
  • New ATM regime
  • Costs
  • Service/System costs

22
ADS-B Infrastructure costs
  • Airborne infrastructure
  • One link -8 billion (80-90 integration)
  • Two links 10 billion
  • Ground station infrastructure
  • One link 2 billion
  • Two links 2. 5 billion
  • ATC integration ?

23
Capacity/EfficiencyPushing the present system
into a new ATM Regime
Traffic growth
Transition to new ATM Regime
Enhanced Surveillance Capacity
ATM Capacity
Delay costs
Time
ADS-B Single link
ADS-B Second link
24
Surveillance costs
Traffic growth
Ground Infrastructure Surveillance Costs
A2
C1
A1
C2
ADS-B Single link
ADS-B Second link
Time
Reduction in surveillance cost per
aircraft C1/A1 C2/A2
25
IATA position
  • ADS-B Prime enabler of new ATM concept
  • Early cost efficient implementation
  • Extension TCAS -1090 ES
  • Phased implementation
  • Global interoperability
  • Business case !

26
Scenario
TCAS
Mode ES
Europe
US
VDL Mode 4
UAT
Mode ES
TIS-B
TIS-B
27
Result !
  • Resources wasted
  • Complexity of multiple links
  • Double/Triple infrastructure costs

28
What needs to be done
  • Clearly identify/quantify role/benefit ADS-B in
    new ATM concepts
  • Plan ADS-B implementation on a Regional basis
    conform ATM improvements
  • Maintain principle of global systems

29
What are the basic questions?
  • When a new system
  • Usage/Functionality
  • Selection
  • Standardization
  • Certification
  • Implementation
  • Voluntary/ Mandatory
  • Capacity/Efficiency

Benefits
30
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