sesar digital remote tower solutions. v3 validation ......the sesar 2020 pipeline to innovation 2...

Mr Roberto GhidiniSESAR-JU

SESAR – Digital Remote Tower Solutions. V3 Validation Objectives and transition to deployment

Asker 7th March 2019

The SESAR 2020 pipeline to innovation

2

Budget: EUR 1,6 billionTimeline: 2016-2024Calls: open and closed

3 research strands

SESAR –Digital Remote Tower Solutions. V3 Validation Objectives and transition to deployment

Visit the SESAR Solution portal: sesarju.eu/activities-solutions

http://www.sesarju.eu/activities-solutions

PJ02 – Increased Runway and Airport

Throughput

PJ07 – Optimised Airspace Users

Operations/UDPP

BigData4ATM

INTUIT

BEST

DART

TaCo

TBO-MET

MINIMA

PNOWWA

AGENT

MALORCA

AUTOPACE

ATM4E

STRESS

COCTA

COMPAIR

Vista

MOTO

RETINA

SALSA

R-WAKE

OptiFrame

COPTRA

PARTAKE

PJ03a – Integrated Surface Management

PJ03b – Airport Safety Nets

AURORA PACAS

APACHE

NAVISAS

SAPIENT

PJ08 – Advanced Airspace Management

PJ10 – Separation Management

en-route & TMA

PJ11 – Enhanced Air & Ground Safety Nets

PJ06 – Trajectory Based Free Routing

PJ04 – Total Airport Management

PJ05 – Remote Tower for Multiple Airport

High-performing airport operations

Optimised ATMnetwork services

Advanced airtraffic services

Enabling aviationinfrastructure PJ14 – CNS

PJ15 – Common Services

PJ09 – Advanced DCB

PJ16 – CWP/HMI

PJ01 – Enhanced Arrivals & Departures

PJ17 – SWIM Infrastructures

PJ18 – 4D Trajectory Management

PJ20 – Master Plan Maintenance

PJ19 – Content Integration

FundamentalScientific Research

ATM Application Oriented Research

Industrial Research & Validation

Very Large Scale Demonstration

Very Large Scale Demonstration

Open Calls

SESAR 2020

PJ22 – Validation, Verification & Demo

Infrastructure

PJ28 – Integrated Airport Ops (incl. TBS)

PJ24 – Network Collaborative Management

PJ31 – Initial Trajectory

Information Sharing

PJ27 – Flight Information

Exchange

PJ25 – Arrival Management Extended to

en-route Airspace

3SESAR –Digital Remote Tower Solutions. V3 Validation Objectives and transition to deployment

SESAR lifecycle


Solution-Oriented ApproachWhat is a SESAR Solution?

SESAR Solution: Programme output of R&I activities which relates to either an operational or a technological improvement which have been designed, developed and validated in response to performance needs identified in the European ATM Plan.

There are two types of SESAR Solutions:• SESAR ATM Solutions• SESAR Technological Solutions

SESAR Solution

Validated operational

improvement

Business needs

PerformanceKnowledge

transfer (deliverables)

Infrastructure and

standards


Validation and Standards/Regulations

V0ATM Needs

V1Scope

V2Feasibility

V3Pre-industrial

development & integration

V4 Industrializatio

n

V5 Deployment

V6 Operations

V7 Decomission.

SESAR JU SCOPE

CONCEPT MATURITY LIFECYCLE MODEL

INITIALCONCEPT IDEA

CONCEPT REMOVED & REPLACED

Focus of SESAR Releases

STANDARDS

REGULATIONS

The maturity assessments establish whether the needs for standardization and regulation are adequately justified and whether material is sufficiently developed and mature to support the standardisation and regulatory process in the next phase

GATES

SESAR –Digital Remote Tower Solutions. V3 Validation Objectives and transition to deployment 6

analogy between this solution and the development of a super car

7

V1 SCOPE

• Identification of operational/technical solutions to meet performance targets.

• Identification of benefit mechanisms

• Scope of potential applicability

• Initial cost estimates to justify R&D.

• Identification of major research and development issues/needs (R&D needs)



8

V2 FEASIBILITY

• Elaboration and development of the operational concept

• Validation in representative operational contexts to establish the concept’s actual applicability

• Performance, operability and acceptability of operational aspects are primary concerns

• Operational procedures (nominal / non-nominal conditions) and operational requirements are stable.

• Human and technology integration and phraseology / information exchange requirements are defined



9

V3 PRE-INDUSTRIAL DEVELOPMENT & INTEGRATION

• Further develop and refine concepts to prepare their transition from research to an operational environment

• Validate that concepts can work coherently together and deliver the required benefits

• Establish that they can be integrated into the target ATM system.

• V3 requires integration of pre-industrial prototypes in representative system platforms.



10

V4 Industrialization V5 Deployment V6 Operations


Concept Maturity Lifecycle

V0ATM Needs

V1Scope

V2Feasibility

V3Pre-industrial

development & integration

V4 Industrializati

on

V5 Deployment

V6 Operations

V7 Decomission.

CONCEPT MATURITY LIFECYCLE MODEL

INITIALCONCEPT IDEA

CONCEPT REMOVED & REPLACED

+ 2 up to 10 years!

VALIDATION PHASE DEPLOYMENT STARTS


SESAR-JU develop technologies and procedures (“SESAR SOLUTIONS”) for a new ATM system at End of V3 maturity level

Validation results and SESAR Solution datapacks contain the main output of SESAR activities to feed the development/update of standards and regulations

•Industrialization and deployment of SESAR technologies and procedures is the natural sequence of their development and validation by the SESAR-JU

(IT MAY TAKE LONGER THAN THE VALIDATION PHASE)

•SESAR deployment must be:

– Performance driven

– Synchronised: NOT ALWAYS REQUIRED

From Validation to Deployment


Thank you very much for your attention!


sesar digital remote tower solutions. v3 validation ......the sesar 2020 pipeline to innovation 2...

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