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ASAS Thematic Network 2 Rome, 4 April 2006 ASAS TN2 Roma, 04 /04/2006 Gate To Gate Project RTS3A...
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Transcript of ASAS Thematic Network 2 Rome, 4 April 2006 ASAS TN2 Roma, 04 /04/2006 Gate To Gate Project RTS3A...
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ASAS TN2Roma, 04 /04/2006
Gate To Gate ProjectRTS3A
Vincenzo Melgiovanni
ENAV S.p.A.
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Gate To Gate Project
ATM project funded by the European Commission, proposes an integrated operational framework for implementation by 2010
Objective: To define a European G2G operational concept and validate through FTS and RTS in terms of safety, capacity and efficiency
Expected Benefits:• Enhanced capability to handle future traffic growth• Reduction of delays• Fuel saving and flexible flight operations
3 work packages based on: • DEPARTURE• EN-ROUTE • ARRIVAL
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Gate To Gate Task Distribution
DEPARTURE
EN - ROUTE
ARRIVAL
Consolidated Validation Simulation
EUROCONTROL Brétigny
Flow Planning
Climb Descent
Flow Departure Management
•EUROCONTROL
•THALES ATM
•LFV , NLR
EN-ROUTE & Multilayer Planning
•EUROCONTROL
•INDRA•AENA , DFS
Extended TMA / TMA
•EUROCONTROL
•ENAV, DSNA, NLR,SICTA, DB
•THALES ATM, AMS
Management
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Gate To Gate Key Operational Concept
CLUSTER 1
Flow and Departure Management
Ground and Airborne Surveillance Applications
Integrated Departure and
Arrival Management
Improved Flow and Capacity
Dinamic Resectorisation
Multi Sector Planner
ATC Automation
ASAS Airborne Spacing
Application
CLUSTER 2
En – Route and Multilayer Planning
CLUSTER 3
E-TMA / TMA Management
Arrival Management Improvement
ATCO CWP and Working Methods
Improvement
ASPA - S&M
E-TMA / TMA Co-ordination
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Gate to Gate WP3 Real Time Simulation 3A
RTS3A was held in ENAV Experimental center from 13th February to 3rd March 2006
Dealing with:
AMAN and ASPA S&M supporting ATCOs in the process of arrival management in a realistic working environment (Rome E-TMA)
No functional interoperability between AMAN and ASPA applications
HMI integration
Working Methods
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RTS3A Operational Scenario
ADAMI
AGASA
AGNIS
AJO
AKAMO
AKUTI
ALEDI
AMANO
AMSOR
AMTEL
ANC
ANEDA
ANIBA
APVAR
ARB
BAGNO
BAREN
BATOX
BEKOS
BELEL
BELOK
BEMBO
BENTO
BEROK
BEROL
BIBEK
BOA
BOLBTA
BUKIN
CAG
CAPCO
CAR
CDC
CEV
CIA
CIRCE
CMP
CORAD
CORSI
DAGOR
DEC
DELER
DELIK
DENAL
DOBIM
DOKAR
DORAS
DORAV
EKTOL
ELB
ELVIN
ENSOT
ERIKA
ESINO
EVINO
FER
FOR
FRS
FRZ
GALTI
GEN
GIANO
GILETGILIO
GINAR
GIRAG
GISPA
GITOD
GITRI
GOLPO
GOSIS
GRO
GUI
ICORA
IDONA
IDORI
ISKIA
IVORY
IXITO
IXUSI
JESSY
KAFEE
KALIK
KALMO
KARDU
KAREL
KARPI
KASTU
KATAR
KISTO
KOLUS
KONER
KOVAS
LAGEN
LAGER
LAT
LEDRO
LEONN
LESAN
LIMJ
LIMP
LOMAT
LOS
LUKAD
LUKAN
LUKIM
LUNAK
LUNAR
LUPOS
LURON
LUTOR
MADKA
MAMAR
MAREL
MAREP
MAURO
MEDALMIKSO
MINKA
MIRSA
MOLUX
MONEB
MOULE
NORKI
NORNINUTRO
OST
PAOLA
PAR
PELEG
PEMAR
PEPIX
PES
PIGER
PIRIX
PIS
PITOR
PNZ
PODOX
POLIT
POLYP
POM
POULP
POZZO
PRA
PREKI
PRT
PRU
QUENN
RAMEN
RAVAL
RESPU
RIFFI
RIM
RINAD
RINAM
RONAB
RONDI
ROSAS
ROTIR
ROTUN
ROXAN
RUXOL
SALAS
SIPLO
SIPRO
SISMA
SME
SOBRI
SODIO
SODRI
SOMAS
SOR
SPEZI
SPL
SPUMA
SUKUN
TADIX
TAGEL
TALIN
TAQ
TEATEREZ
TESTO
TIBER
TINTO
TOPNO
TORLI
TORPO
TORTU
TUNAL
TURMO
UMBED
UNITA
URB
URBAN
VAKOR
VALEN
VALLO
VALMA
VAPIX
VEGAN
VEGAS
VELEX
VELIM
VENTO
VERUN
VIE
VULKA
XIBIL
XOLTA
ELKAP
NW
NE
TS
AWAE
TETW
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Gate to Gate RTS3A Objectives
High level Objectives: OPERABILITY Workload, Usability SAFETY USER ACCEPTABILITY Job satisfaction, System trust/confidence
ENAV Internal Objectives:
- Benefits and Impact introducing AMAN/ASAS in operative life
- Opportunity for operational ATCO’s to practice AMAN/ASAS
- The use of Independent Parallel Approaches in LIRF
- AMAN/ASAS HMI integrated within the current ATM system
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ASAS Symbol: Square Symbol on
line 1, for ASAS Equipped a/c
Required Spacing/Actual Spacing: ASAS Spacing Required/Actual (in Time) on line 0 of the Designated a/c
ASAS Link: ASAS Link between the Tracks of designated and target when ASAS implemented
ORANGE for potential
BLUE for active
Target SSR Code: SSR Code on line 0 of selected Target label
Gate to Gate RTS3A ASAS HMI ASAS Label
4 ASAS Advisories will be displayed on the label
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Gate to Gate RTS3A ASAS HMI ASAS Label
Highlighted Delegation Selecting one label ( Designated or Target), the ASAS chain will be highlighted
Under Spacing
ASAS Link and Required/Actual Spacing will get RED when the Actual Spacing is less than required spacing (at least 10 sec.)
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AMAN/ASAS Preliminary Findings 1/2 Operability
• Workload
• ASPA S&M reduces EXC workload in en-route and approach phases
• EXC and PLC workload is more evenly distributed applying ASAS (slightly increased role for the PLC)
• Usability
• Applications should commence as early as possible to be more effective
• Arrival flows approaching to the same RWY from different sectors require short ASPA S&M chains (max 3 A/C)
• When Target is re-routed the designated has to be re-routed at the same way
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AMAN/ASAS Preliminary Findings 2/2
Acceptability
• ATCOs accepted and adapted quickly to ASPA S&M and AMAN
• ASPA S&M complemented ATCOs compliance with AMAN advisories
Safety
• ASPA S&M contributes to reduce separation losses• In unusual circumstances it is extremely difficult
to comply with AMAN advisories or apply ASPA S&M applications
• Situational Awareness is affected by ASPA S&M heading and merge/heading then remain behind applications
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AMAN/ASAS Considerations
• Working methods/phraseology must be refined
• ASPA S&M needs adequate recovery procedures in case of failure modes
• Target should be aware of its involvement in ASAS
• Re-designed ATS geography can increase benefits using AMAN/ASAS
• ATCOs should be provided with suitable tools for assessment of delegation feasibility
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Thanks for your attention