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Plenary session 2:Transport research into implementation
Plenary session 2: Transport research into implementation
• Carlo Borghini, Executive Director, Shift2Rail • Georg Trausmuth, Head of Corporate Research, Frequentis• Eric Nantier, Director Operations Control Process, Lufthansa Group• Olaf Dlugi, Chairman of the Industry Consultation Body• Tanja Grobotek, CANSO Europe Director
Moderated by Peter Hotham, Deputy Director, SESAR JU
#SIDS2018
Transport Research into implementation
S2R PROGRAMME, ABOUT € 1BLN and A NEW APPROACH
TO R&I IN RAILWAY
working together &driving innovation
0
50
100
150
200
250
300
350
400
450
500
8FoundingMembers
19AssociatedMembers
Open Calls
AN OPEN and ACTIVE
ORGANISATION
Val
ues
as a
t 1
Sep
t 20
16 in
Mill
ion
EUR
*incl. at least 120M€ of additional activities
USER FIRST
…opening up new Capabilities coming from emerging technologies or concepts!
From a piecemeal to a System Architecture Approach Innovation: evolutionary, by steps or disruptive
Time to market: moving from R&I to deployment => system approach to decrease fragmentation
“Do not reinvent the wheel”: Open System Interface (or interconnection) model
Innovation Skills and Competences : still the same needs in the Digital Railway?
THE FUTURE RAIL SYSTEM: TRAINS MAXIMIZING THE SYSTEM PERFORMANCE BY A COMBINATION OFDISTRIBUTED INTELLIGENCE AND SUPERVISION
Enablers: digital technologies, automation, artificial intelligence, data, cloud and supercomputing, connectivity, satellite, but also new regulatory concepts and framework, traction, braking systems, etc….
Deployment: from zero on site testing through integrated testing to revenue services testing, large real time demos, transition models
Feed into
DetailedGuidance
mandate
Develop
Maintain
S2R CCA
WA 3.2
S2R R&I results input
CEN/CLC/ETSI
ISO / IEC / ITU
JPC-R, Others,
SSO
S2R Rolling
Innovation Plan
Shift2Rail internal process
ERA
ERRAC
Stakeholderse.g. ERRAC
R&I to reg / stdsformal process
Advisory task proposing guidelines for R&D leading to technical standards for interoperability and safety, after
stakeholders consultation
Stakeholderse.g. ERRAC
Assisting the S2R projects/TDs:- Overview of standardisation
activities, ongoing and planned - Monitoring of progress- Assistance in the timely
development of appropriate standards
- Close cooperation with relevant partners and organisations
S2R
RASCOP Platform
(chaired by EC)
Bring its input into the regulatory framework and standardization plan
European Commission
S2R R&I results and process leading to standards and regulation
Towards Horizon Europe and a potential Shift2Rail 2
Funding type: Horizon Europe rules
Funding type: CEF/EIB/etc.
FUNDAMENTAL RESEARCHTRL: 0 -> 2
ad-hoc governanceopen to all
Rail « BlueSky »
APPLIED RESEARCHTRL: 3 -> 7
PPP membership with third parties
R&IDEMO
ERA authorization
DEPLOYMENTCOORDINATION
open to all
S2R solutions with S2R JU supervision
START-UPSBLUE-SKY APPS
Flat rate on entity accounting rules
S2R Europe 2030 Research and Innovation beyond 2020
Programme Content: Operations -> Systems -> Innovation Capabilities
DIGITAL
AUTOMATION
Other technologies/
Processes
CUSTOMER CENTRIC SUSTAINABLE
2. MAAS
3. Logistic on Demand
10. Stations, Smart City Mobility
4. More Value from Data
5. Optimum use of Energy
8. Guaranteed Assets Health and availability
9. Intelligent Trains
6. Services Timed to the Second 1. ATO
Relation with Air Transport
Concessions (?)
Energy EfficientCost Efficient
7. Low Cost Railway
11. Environmental and Social Sustainability
12. Rapid and reliable R&D delivery
RAILWAY
Programme Content: towards an Integrated Rail System
2018• InnoTrans
2018
2030• ATO GOA3• Virtual Coupling• CBM• Energy Efficiency• Noise reduction• IP4 completed• Hybrid Locos• Long Freight Trains
2040• Integrated Rail
System
2050• Integrated
Mobility and Transport Systems
System Architecture
Integration
I2M+Mobility at the
core of rail
PublicSafety
PublicTransport
Air TrafficManagement
Maritime
Defence Transport Research into ImplementationGeorg TrausmuthDirector Corporate Research
| © 2018 Frequentis AGPublicTransport research into Implementation|17
70 years of innovation in safety-critical applications
We set standards
PublicSafety
PublicTransport
Air TrafficManagement
Maritime
Defence
Control centres worldwide
| © 2018 Frequentis AGPublicTransport research into Implementation|18
| © 2018 Frequentis AGPublicTransport research into Implementation|19
Idea
Initial Research
Extended Features
Launching Customer
Standardisation
| © 2018 Frequentis AGPublicTransport research into Implementation|20
SWIM (Research)
Drones (R)
2010 2015 2020+2005
Remote Tower (R)
SWIM (Implementation)
Remote Tower (I)
SWIM (Standardisation)
Remote Tower (S)
Drones (S)Drones (I)
Prototypes & Demonstators
Prototypes & Demonstators
| © 2018 Frequentis AGPublicTransport research into Implementation|21
VCS3020X smartSTRIPS
smartVISION
Air Situation Display
AVIATION INTEGRATION PLATFORM
Seamless, interoperable data exchange between all stakeholders
*) System-Wide Information Management
Aeronautical info
Flight info
Surveillance
Weather info
STAKEHOLDERS Aviation and non-aviation
ATC
Airlines Airports
MET Office
W o r l d w i d estakeholders
Military
AVIATION EXCHANGEMODELS and legacy protocols
MosaiX SWIM*
Non-aviation
DataIntegrator
| © 2018 Frequentis AGPublicTransport research into Implementation|22
Trusted and proven technical and operational expertise
SOLUTION COMPONENTS – location view
Control centre
SensorsCommsControlvitalsphereICWP
SERVICES
Specification, installation, configuration, test and acceptance, PM
CONOPS, transition, safety & regulation, training, OPS PM
Operations
Security, NW support, maintenance
Technical
Implementation
EXTENSIONSSOLUTION COMPONENTS – functional view
Data sharing CDM
Surveillance sensors
Quadrant
Consoles & workplace design
Drone detection
Airport security
Training & simulation
Infra, container,mast
Recording
DIVO
S
System m
anagement
Information &controlFlight data handling
Surveillance
Visualisation
Communication
smartTOOLS ATIS / VOLMET MET / NAV LICOS / TEC
Voice Communication System VCS3020X
smartSTRIPS Messenger
smartVISION
Air Situation Display PTZ-MAP Tracker
Network Airport site
ATC-grade
| © 2018 Frequentis AGPublicTransport research into Implementation|23
Flight areas
Information mgmt.ATCrules & regulations
Flight planning and mgmt.
Situational awareness
Instruc-tions and
clear-ances
Droneoperator ANSP
Unawareness- Largely unknown- Undocumented - Not standardised
/Interoperability multiple UTM Landscape
Approval of a flight plan
Geofencing
| © 2018 Frequentis AGPublicTransport research into Implementation|24
Timelines
Technological Improvements
Market Harmonization
Resources
Extended Footprint
PublicSafety
PublicTransport
Air TrafficManagement
Maritime
Defence
lufthansagroup.com
Transport Research intoImplementation05.12.2018Eric Nantier, DirectorOperations Control Process Development & Management, Lufthansa GroupOperations Research & Air Traffic Management, SWISS
What is Innovation?
“The process of translating an idea or invention into a good or service that creates value or for which customers will pay.
To be called an innovation, an idea must be replicable at an economical cost and must satisfy a specific need. Innovation involves deliberate application of information, imagination and initiative in deriving greater or different values from resources, and includes all processes by which new ideas are generated and converted into useful products. In business, innovation often results when ideas are applied by the company in order to further satisfy the needs and expectations of the customers. “
Source: http://www.businessdictionary.com/definition/innovation.html
05.12.2018, SalzburgTransport Research into Implementation
Seite 27
The Lufthansa Group Approach
Research- Close cooperation with many universities in Austria, Germany, Great Britain, France, Switzerland
and the Netherlands- Internship programm at SWISS - Support of students with their Bachelor and Master thesis- Close cooperation with DLR (German Aerospace Center), Eurocontrol and ANSPsInnovation- Participation in SESAR Research activities, e.g. Vista and SESAR2020- Execution of Very Large Scale Demonstration with many flight trials and simulationImplementation- Integration and Participation in SESAR Deployment Manager together with airline partners and
suppliers
05.12.2018, SalzburgTransport Research into Implementation
Seite 28
Examples of Implemented Research Projects
05.12.2018, SalzburgTransport Research into Implementation
Seite 29
FROT:
First Rotation hours
Optimisation Trial
Large Scale DemonstrationsiStream – integrated SESAR TRials for
Enhanced Arrival Management
AAL- Augmented Approaches to Land
lufthansagroup.com
Thank you
ICBIndustry Consultation Body
SESAR INNOVATION DAYS 2018 SALZBURG
Transport research into implementation
Olaf Dlugi
ICB Chairman
5th December 2018
CURIOSITY
32
RESEARCH PROJECT DURATION
33
EXPLORATORY R&D
APPLICATION ORIENTED R&D
INDUSTRIAL R&D
R&D
34
HAS TO BE TARGETED
PREREQUSITES for R&D
35
SES GOVERNED
NETWORK CENTRIC
PERFORMANCE ORIENTED
OUTPUT
36
FOR AIRSPACE USERS
FOR DRONE OPERATORS
FOR THE END USER
A MUST FOR R&D
37
OUTPUT BASED
OPERATIONAL DRIVEN
TECHNOLOGY AS AN ENABLER
LESSONS LEARNED
38
PRIORITISE
R&D HOW?
39
COMPREHENSIVE
COORDINATED
UPDATED RESEARCH ROADMAP
CHALLENGES
40
AUTOMATION
RESISTANCE TO CHANGE
INTELLECTUAL PROPERTY RIGHTS
DEPLOYMENT
41
MUST BE TARGETED
DEPLOYMENT HOW?
42
SYNCHRONISED
HARMONIZED
STANDARDIZED
AIR & GND
DEPLOYMENT WHAT?
43
OUTPUT BASED TARGETS
NOT TECHNOLOGY DRIVEN
PRIORITISED
DEPLOYMENT SUPPORT
44
FUNDING
INCENTIVISATION
DEPLOYMENT TARGET
45
SEAMLESS EUROPEAN NETWORK
LESSONS LEARNED
46
PROGRAMME MANAGEMENT
FURTHER CONSIDERATIONS
47
GLOBAL PERSPECTIVE
AFFORDABLE G/A SOLUTIONS
MILITARY NEEDS
CHALLENGES
48
OPERATIONAL REALITY
INSTITUTIONAL SET-UP
ENFORCEMENT
ROLE OF THE HUMAN
MOMENTUM
49
I am convinced that the necessary trust in the future of SES deployment can be enhanced by concentrating on some short term solutions to build capacity while taking the necessary steps for the mid to longer term solutions.
50
How to accelerate the implementation of SESAR Solutions
5 December 2018, 8th SESAR Innovation Days
51
WHO WE ARE
89 Associated members – companies that
supply the technology, products, services and
solutions to ATM industry
Global Membership89 Full Members (ANSPs) representing 85% of the world traffic
52
CANSO Europe
European Membership34 Full Members (ANSPs) representing 90+% of the European traffic
CANSO Europe Members
53
CHALLENGES
54
CHALLENGES
CommitmentDigitalization/AutomationVirtualisationHuman dimension
55
CHANGE
ICAOEUR / NAT
EuropeanParliament CouncilEuropean
Commission
MemberStates
TRAN
Military
Airspace UsersAirports
ANSPs
ATMMET Providers
Trade Unions and Professional Associations
Resistance to change comes from a number of sources…..
56
SOLUTIONS
Incentive frameworkMature solutionsHuman Dimension
57
INCENTIVES
Demonstrate a tangible benefit to network performance
58
MATURE SOLUTIONS
Transition plan so SESAR solutions are feasible
59
HUMAN DIMENSION
Addressing the Human Dimension is a must
60
OTHER
Reward good performance for the NetworkFunding for the NetworkIndusty cooperation for the Network
61
ROLE of CANSO
CANSO is the single voice of 34 European ANSPs and is committed to working closely
with all stakeholders in European ATM
62
CANSO HeadquartersTranspolis Schiphol Airport
Polaris Avenue 85e2132 JH Hoofddorp
the Netherlands
tel: +31 (0)23 568 5380fax: +31 (0)23 568 5389email: [email protected]
CANSO Europe Regional OfficeWetstraat 82, rue de la Loi
1040 BrusselsBelgium
tel: +32 (2) 255 1090fax: +32 (2) 203 8916email: [email protected]
Many thanks!
Panel discussion: Transport research into implementationCarlo Borghini, Executive Director,
Shift2Rail Georg Trausmuth, Head of
Corporate Research, FrequentisEric Nantier, Director Operations Control Process, Lufthansa Group
Olaf Dlugi, Chairman of the Industry Consultation Body
Tanja Grobotek, CANSO Europe Director
8th SESAR Innovation Days