Minsk, May 21, 2014

Activities, outcomes and recommendations for future EU-EECA

collaboration Marat Biktimirov

Alexander Sher

Vladimir Glebsky e-ARENA Russia

Activities of the WG2: Components, Computing Systems and Networks

Implementation of the pilot action 2: • Relevance to EECA countries needs and priorities • Avoidance of work overlapping between pilot

actions • Horizon’s 2020 objectives and key priorities • Outcomes of Moscow’s validation and

dissemination workshop • PICTURE limitations and resources

Objectives of the WG2:

• To increase the visibility of ETPs in the academic and business community of EECA countries.

• To increase the visibility of similar structures from EECA countries in the EU.

• To foster the cooperation between the ETPs and similar structures in EECA countries by identifying areas of common interest in the light of HORIZON 2020 societal challenges.

Activities of the WG2: Components, Computing Systems and Networks

Impacts: • The increase of the visibility of EU and EECA key

research and industrial communities in the field of “Components, Computing Systems and Networks”.

• The development of EU – EECA strategic cooperation in the field of “Components, Computing Systems and Networks”.

• The strengthening of the Academia – Industry relationship in the EECA region.

• The improvement of the innovation capacities of the EECA countries, particularly in the private sector.

Activities of the WG2: Components, Computing Systems and Networks

Gantt Chart

responsi

ble

2013 2014

Mar Apr May June July Aug Sep Oct Nov Dec Jan Feb Mar Apr May

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Task 1: Identification of common research priorities in the

light of HORIZON 2020 Inno

1.1 Establish contacts with ETPs representatives, follow

up Inno

1.2 Identify relevant EECA structures and classify them

according to the societal challenges of HORIZON

2020

Local

partners O1.2

1.3 Create a map that connects HORIZON’s 2020

societal challenges and ETPs research priorities with

those relevant for the EECA region Inno

O1.1

draft

O1.1f

inal

Task 2: Participation of ETPs representatives in Workshop on

Components, Computing Systems and Networks IIAP

Work

shop

2.1 Organize the participation of ETPs representatives IIAP

2.2 Prepare a report about the participation of ETPs

representatives including a list of potential joint

activities for future cooperation IIAP

O2.1

O2.2

Task 3: Elaboration of recommendations for potential

cooperation between ETPs and relevant structures in EECA

region

e-ARENA O3.1

draft

O3.1

final

Task 4: Participation of ETPs representatives in final

dissemination event BelISA

Final

Event 4.1 Organize the participation of ETPs representatives

BelISA

4.2 Prepare a report about the participation of ETPs

representatives BelISA O4.1

Task 5: Sum up of outcomes and lessons learnt Inno O5.1

Activities of the WG2: Components, Computing Systems and Networks

TASK 1: Identification of common research priorities in the light of HORIZON 2020 Outcomes: - ETPs-EECA Priorities map

- Catalogue of EECA structures to cooperate with ETPs

TASK 2: Participation of ETPs representatives in Stakeholders Workshop on Components, Computing Systems and Networks Outcome: Report about the participation of the ETPs representatives in

the Workshop

TASK 3: Elaboration of recommendations for potential cooperation between ETPs and relevant structures in EECA region Outcome: Recommendations are included in the draft Report on

implementation of concrete initiatives supporting policy dialogue

Tasks of the WG2

Tasks of the WG2

TASK 4: Participation of ETPs representatives in Final Dissemination event Outcome: Chapter about the participation of the ETPs representatives

will be integrated in the Final Dissemination Event report

TASK 5: Sum up of outcomes and lessons learnt Outcome: Overview is included in the draft Report on implementation of

concrete initiatives supporting policy dialogue

Common Research Priorities (Industrial Leadership)

TOPICS Net!Works Photonics21 ETP4HPC RUSSIA EaP CA A new generation of components and systems

Engineering of advanced and smart embedded components and systems

Real-time control systems, Consumer Electronics, Telecommunications, Medical Equipment

Cognitive systems, Robotics, Components, Systems, Engineering

Control and automation systems for energy/gas production companies

Next generation computing

Advanced computing systems and technologies

HPC platform architectures, energy efficiency, cloud computing, virtualization

Supercomputers, HPC, Cloud computing,

Computing systems, Cloud computing, Advanced Software Engineering

Cloud computing, Advanced Software Engineering, Supercomputing

Future Internet Network infrastructures, technologies and services

Wireless Networks, 5G, MIMO, Hybrid of optical fibre and wireless technologies

Optical high-speed broadband networks

I/O latency and bandwidth for interconnections

Large scale networking infrastructures, Research Networking

Internet of Services, Future Internet, Future Networks, Software and virtualization

Advanced Networking, Telecommunication, Internet of services

Micro- nano-electronics and photonics

New generation optical networks

Edge isolation for c-Si and patterning for thin-film panels

Computational science for creation of new materials and components

Nanoelectronics and components, OLAE, photonic components and subsystems, micro- and nano-systems, nanodevices, nanomaterials

Microelectronics, Microsystems, Nanoelectronics, Photonics

Common Research Priorities (Societal Challenges)

TOPICS Net!Works Photonics21 ETP4HPC RUSSIA EaP CA

Health, demographic change & wellbeing

e-health, self management of health, improved diagnostics, improved surveillance, health data collection, active ageing, assisted living

Lifestyle monitoring, inclusion, assisted living, biosensors, new medical technologies

Medical technology, public health, medical devices industry, optical diagnostics systems

Analysis of biomedical data, new drugs discovery

ICT in healthcare, Advanced patient-specific computer modelling and simulation, Security of patient-specific data

e-Health, ICT for patient safety. Personal health systems

e-Health, Personal Health Systems, ICT for smart and personalised inclusion, Telemedicine

Secure, clean and efficient energy

Smart cities; Energy efficient buildings; smart electricity grids; smart metering

Smart cities, Smart grids, Energy efficiency, smart meters, intelligent home energy management devices

OPV, SSL, LEDs, OLEDs, photovoltaic cells, power-efficient optical communications

Optimizing energy infrastructure, match offer with demand, development of new energies: wind, solar, nuclear

Energy efficient electronic components, smart homes, energy efficient lighting

ICT systems for Energy Efficiency

ICT systems for Energy Efficiency, Water managment

Smart, green and integrated transport

Smart transport equipment, infrastructures and services; innovative transport management systems; safety aspects

vehicle‐to‐vehicle or vehicle‐to‐infrastructure communication networks

Photonics sensors for driver assistance systems

virtual design, simulation and testing, long-range vehicle lifetimes, full-body crash tests, longer-lasting batteries

Smart systems for traffic management in cities, GLONASS

Automated control systems for cargo transportation

GIS and GPS applications

Common Research Priorities (Societal Challenges)

TOPICS Net!Works Photonics21 ETP4HPC RUSSIA EaP CA

Climate action, resource efficiency and raw materials

ICT for increased resource efficiency; earth observation and monitoring

Carbon-neutral environment, environment monitoring and alarm

OPV energy generation, SSL, advanced sensors for environmental monitoring, energy-efficient communications, clean manufacturing using laser processing

Reduce of wastes, exploration of new resources using seismic methods, modeling of productions to increase safety and efficiency

Environment friendly electronic components, energy efficient lighting, satellites for weather and climate monitoring

Geo-Spatial Technologies, optimization of use of nature resources, organic photonics

ICT systems for resources management

Inclusive, innovative and secure societies

e-government services; e-skills and e-learning; e-culture; cyber security; ensuring privacy and protection of human rights on-line

“Trust in e-Government”, Mechanisms and protocols for trust, security and privacy

Photonic technologies (camera, sensors, computing)

Personal digital certificates, ensuring privacy, portals for state and social services, e-learning, Secure open-source and redistributable hardware and software systems, Trustworthy IT

e-governance, ICT for governance and policy modelling, Technology-Enhanced Learning , Software and hardware security, Trustworthy ICT

IICT for e-governance, e-learning, Governance and Participation Toolbox, Cybersecurity, Internet Security

Topics of highest mutual interest

Industrial Leadership • Next generation computing, Advanced computing systems and

technologies (applies only to ETP4HPC) • Future Internet, network infrastructures, technologies and services • Micro- nano-electronics and photonics

Societal Challenges • Health, demographic change & wellbeing; e-health, self management of

health, improved diagnostics, improved surveillance, health data collection, active ageing, assisted living

• Secure, clean and efficient energy; Smart cities; Energy efficient buildings; smart electricity grids; smart metering

• Inclusive, innovative and secure societies; Digital inclusion; social innovation platforms; e-government services; e-skills and e-learning; e-culture; cyber security; ensuring privacy and protection of human rights on-line (only excluding ETP4HPC)

Recommendations for future cooperation

1. Developing a coordinated cooperation strategy • Build a strategy on sufficient information and analyse experiences from

PICTURE project; • Ensure support from high level experts both from EU and EECA building

on common needs of the both regions; • Involve the NCPs from EECA countries in the coordination process • Foresee trans-sector approach to raise the full potential of synergies

between different projects/programmes in EECA countries • Tailor a specific approach through addressing the situation of the EECA

country and its respective interests • To be complementary to the bilateral cooperation schemes among

individual European country with its partner from EECA • Increase the visibility of potential of the EECA research organisation as

well as market outcomes though proactive promotion

2. Using existing instruments to support the collaboration in Components, Computing Systems and Networks

• Support the implementation of coordinated activities between ETP Photonics and RTP Photonics

• Be flexible: reciprocity of efforts through requesting adequate contributions differs from one EECA country to another

• Raise the full potential of linking different organisations of the value chain

3. Establishing an efficient information system to support the exchange between EU and EECA communities

• “Physical” structure matter on infrastructural level (such as a platform, IS). It will be developed under upcoming EECA2HORIZON project

• Leave sufficient room for “live” discussions (events, workshops...) • Link and adapt to existing informational resources, which have proven

to be efficient, before “re-inventing the wheel”

Recommendations for future cooperation

4. Implementing impact assessment • Fill-in the methodological gap and develop tools to assess impact of the

collaboration under HORIZON 2020 and beyond

5. Deepen the work PICTURE WGs began by creation of ICT

communities • extend the EU-EECA cooperation in other ICT areas (e.g. GRID, Clouds,

Big Data…), attract leading R&D&I actors from both regions • support and strengthen the already established under PICTURE project

cooperation between European Technology Platforms and relevant EECA structures

Recommendations for future cooperation

Unrealized plan

March 21, 2014 Presentation of PICTURE & EECA-2-HORIZON Projects

in Delegation of the European Union to Russian Federation

April 07, 2014 Re-start EU-Russia WG “ICT (Research)”

Unrealized plan

Public hearings on the results of the RF NCPs in FP-7

March 31, 2014

WEST

Data

Network

HPC

GRID EAST

Data

GRID

HPC

Network

ICT Information Portal

Joint ICT WGs Coordination between

H-2020 & EECA FTPs, ETPs & EECA TPs

- • EU-RF Coordinated Call

- • Resolution of EU-RF WG ICT

- • NCP ICT Information Day

- • Joint experts meeting

HOLISTIC PERFORMANCE

SYSTEM ANALYSIS

APPLICATION PERFORMANCE

OPTIMISATION AND SCALABILITY

Open discussion

1. Validation of the recommendations for future cooperation a. Can we use the recommendations for EU-RF cooperation proposed by

e-ARENA for EU-EECA cooperation (creation and support of joint ICT WGs)?

2. How can we use the list of relevant EECA organisations for future cooperation with ETPs?

3. NCP and TPs connectivity for deeper involvement of existing NCP structure into the future TPs EECA relevant projects (E2H, …). Are NCPs a good tool for TPs popularization and promotion of cooperation between them and relevant EECA structures/organisations in this area?

4. Outcomes of the Pilot action: what was achieved and what wasn’t. How to improve the outcome for the next projects