will the future be greener?

NESEM 2013, Toulouse, September 25th ARTEMIS Joint Undertaking 1

Will the Future be greener?

Antonio Vecchio Programme Officer, ARTEMIS-JU

ARTEMIS Joint Undertaking The public private partnership for R&D in embedded systems


Outline

ARTEMIS: a new FP7 instrument

Why a new instrument

Relationship with other R&D&I programmes

5 Calls gone: what ARTEMIS has built

Success stories

The ARTEMIS peculiarity: your contribution

From SRA to projects

From project to clusters

The future of ARTEMIS within H2020

2


The ARTEMIS “Joint Technology Initiative” – why a new instrument?

2004 – High-Level Group publishes “Building ARTEMIS”

Describes the importance of Embedded Systems expertise to European industrial competitiveness

Higlights the EU industry fragmentation as main threats to EU leadership in the field

Need to start talking a common “body language” Cross-sectorial –better design - reuse – improves – lead

Need to harmonize/strenghten EU R&D policies

2006 – ARTEMIS ETP publishes detailed Strategic Research Agenda

Describes technical challenges and novel approaches for R&D Involvement of SMEs, Centres of Excellence, Financing schemes (JTI)


ARTEMIS JTI implemented as a Joint Undertaking, a Union Body

EC

MAS

Member &

Associated

States

General Assembly

Steering Board

Governing Board

Votes: 50% ARTEMISIA & 50 % MAS & EC

Strategy and rules of operation, supervision

Industry and

Research

Committee

Strategic planning

Public Authorities

Board Voting rights proportional

to commitments

Calls and project selection Working Groups

Executive Director

Operations and finances Research

Industry

(incl. SME)


2006 : The first ARTEMIS SRA

SRA 2006

Fo

un

da

tio

nal

sc

ien

ce &

te

ch

no

log

y

Fo

un

da

tio

nal

sc

ien

ce &

te

ch

no

log

y

Researc

h D

om

ain

s

Application Contexts

IndustrialIndustrial Nomadic Environ-ments

Nomadic Environ-ments

Private Spaces

Private Spaces

Public Infra-

structure

Public Infra-

structure

Reference Designs & ArchitecturesReference Designs & Architectures

Seamless Connectivity & MiddlewareSeamless Connectivity & Middleware

System Design Methods & ToolsSystem Design Methods & Tools

IndustrialPriorities

Fo

un

da

tio

nal

sc

ien

ce &

te

ch

no

log

y

Fo

un

da

tio

nal

sc

ien

ce &

te

ch

no

log

y

Researc

h D

om

ain

s

Fo

un

da

tio

nal

sc

ien

ce &

te

ch

no

log

y

Fo

un

da

tio

nal

sc

ien

ce &

te

ch

no

log

y

Researc

h D

om

ain

s




Private Spaces

Private Spaces

Public Infra-

structure

Public Infra-

structure







Private Spaces

Private Spaces

Public Infra-

structure

Public Infra-

structure



Private Spaces

Private Spaces

Public Infra-

structure

Public Infra-

structure




IndustrialPriorities

The HORIZONTALISATION to

overcome the fragmentation, while

mastering the complexity, for yielding

multi-domain reusable results

The ARTEMIS matrix approach

extended to put applications contexts,

research priorities and societal

challenges into perspective


ARTEMIS JU Research

The JU Research Agenda proposal considers the expectations of the JU and resulting projects:

“Think BIG”

= projects with appropriate critical mass and significant societal impact

“Socio-Economic Benefits”

= improved industrial efficiency “... to strengthen European competitiveness and allow the emergence of new markets and societal applications.”

i.e. a focus on key technical issues, solving high-visibility issues with commercially value added results

“Multi-national”

= considers national/regional strategic priorities

“Think Different”

= significant and complementary added-value over existing programmes

This is the spirit of what ARTEMIS projects should achieve


SRA 2011

Maps

Research

to

Applications

with Societal

Benefits

2011 : The (re)new(ed) ARTEMIS SRA


ARTEMIS Calls

Call bud EU Publics EU+AMS participants Proposals received

Project funded

ARTEMIS-2008 35,100,000.00 € 98,918,181.82 € 397 27 12

ARTEMIS-2009 37,086,500.00 € 104,516,500.00 € 836 44 13

ARTEMIS-2010 33,121,000.00 € 93,341,000.00 € 840 47 10

ARTEMIS-2011 25,698,750.00 € 72,423,750.00 € 540 27 9

ARTEMIS-2012 49,226,833.10 € 138,730,166.00 € 632 25 8

ARTEMIS-2013 26,862,000.00 € 75,702,000.00 € 559 22 4

totals 180,233,083.10 € 507,929,597.82 € 3804 192 60

8

Call Total Costs National Contribution EU Contribution

Ratio Nat/EU contribution

2008 193,395,532.42 € 60,723,981.32 € 31,764,315.85 € 1.91

2009 205,052,781.38 € 67,280,526.42 € 33,484,723.82 € 2.01

2010 159,247,135.15 € 54,641,075.21 € 26,594,271.57 € 2.05

2011 139,573,838.02 € 45,207,754.69 € 23,308,830.95 € 1.94

2012 227,706,695.87 € 66,032,992.50 € 38,027,018.21 € 1.74

Grand Total 924,975,982.84 € 293,886,330.14 € 153,179,160.41 € 1.92

Proposals

Projects


Success Stories

CESAR – one of a kind project

56 partners, 60 M€ costs

~10 M€ EU contribution, 18 M€ National contribution

First successfull project focused on building a Reference Technology Platform fitting needs and requirement of a ES industry at large.

Strong cross-sectorial vocations, critical mass

Automotive – Aerospace – Rail- Automation

9


Energy Efficient Communities

Goal – reduce our carbon footprint without conceding comfort and safety

Project eDIANA sets the scene

Controlling a single heating system may be easy, but scaling this to complete buildings and even communities is a major barrier

Led by Acciona (ES), eDIANA brings some key players together around a standardised architecture to Facilitate retrofit (big concern)

Guarantee lifetime support (big concern)

eDIANA proposes an ARTEMIS CoIE

Complemented by projects IoE (Internet of Energy) and ME3GAS, and ENCOURAGE.

These major initiatives will have a significant impact on the energy-efficiency of our future society.

1

0


ARTEMIS: Building the future of the Electric Vehicle

The JTI “Think Big” model has inspired major players to coordinate R&D efforts Non-differentiating enabling technologies

Common roadmap for the sector

… across many funding schemes

FP7, ARTEMIS, ENIAC, ITEA2, EPoSS, National, …

Feeds into other major initiatives

Green Cars Initiative

Fuel Cells and Hydrogen JTI

ARTEMIS projects POLLUX and IoE play a leading role

1

1


The EV mosaic: Industry roadmap buiding on ARTEMIS / ENIAC

EV case:

Industry Roadmap buiding on JTIs

Requires stable perspective

1

2


The ARTEMIS point of view: the way forward

ARTEMIS is paving the way to greater “Europeanization” of the R&D scene

Focus on “Market Impact” Aims directly at improved competitiveness

Attracts large R&D projects supported by smaller, targeted initiatives Targeted projects advance “dominant designs”

Larger projects can integrate the “complementary assets”

Leads to an increased number of countries per project

ARTEMIS sees this as a start to broader, more effective collaboration structures


ARTEMIS evolution

from a project point of view


Evolution over time

2008 2013


ARTEMIS-JU – Project Clustering

ARTEMIS’ industry-driven projects have a large footprint with rich content, addressing societal and business needs

Project clusters are developing:

Safety and reliability (CESAR, RECOMP, MBAT, pSafeCer, nSafeCer, iFEST, …)

Electric Vehicle (IoE, POLLUX with ENIAC-E3CAR and FP7-CASTOR/Smarttop)

Energy efficient communities (eDIANA , ENCOURAGE, IoE, eGOTHAM, …)

Low-power Multi-Core for embedded (SCALOPES, SMECY,…)

E-health (CHIRON, HIGH PROFILE)

“Things of the internet” (SOFIA, SIMPLE, SMARCOS, iLAND)

Manufacturing (eSONIA, R3-COP)


2012 : TIME for CHANGES!

From

« THINK BIG »

to

« THINK EVEN BIGGER »


AIPPs

ARTEMIS

Innovation Pilot Projects

Industry promoting R&D vision

toward Public Authorities


What is an AIPP?

A very large industrial commitment

Strong business motivation

More Development and Innovation, less Research (higher TRLs)

Pan-European

Critical mass, beyond national borders

Impact, Impact, Impact! R&D, Technology, Business, Market, employment, societal

Very large budget (>100 Mio € over 3 years)


2008 – 2013 : a fantastic ride

You are the actors of a fantastic evolution

Your community has set-up a research agenda

Your community has carried out one-of-kind EU projects

Your community has facilitated the gathering of R&D&I ecosystems


ARTEMIS evolution from a programme point of view

The last call of ARTEMIS ?

Will the future be greener?


The Future is….ECSEL-lence in H2020

What’s news in H2020

Strong administrative simplification

New IT tool platform – one stop shop

For ICT and ES:

Launch new electronics industrial strategy – an "Airbus of Chips“ – ref. Digital Agenda

10 B€ investement in ICT in H2020, including 5 B€ in the field of ECSEL

2

2


The Future is….ECSEL-lence in H2020

Budget is larger than the sum of ENIAC and ARTEMIS

Merger of ARTEMIS and ENIAC into ECSEL

Electronic Component and Systems for European Leadership

Mixed tripartite/bipartite model

Inclusion of EPoSS Technology Platform

H2020 simplification will also apply to ECSEL

2

3


The power of tripartite: The Collar’ Triangle


Tripartite? What about quadri-partite. The power of mechatronics

Courtesy of York University

//upload.wikimedia.org/wikipedia/commons/6/6e/Mecha_workaround.svg


Let’s get a new ride

2

6

ECSEL


Thank you! [email protected]

ARTEMIS Joint Undertaking The public private partnership for R&D in embedded systems

will the future be greener?

Documents