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Experiences of an Irish Researcher in FP6

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Information about Experiences of an Irish Researcher in FP6

Published on September 4, 2007

Author: miguelpdl

Source: slideshare.net

Description

The intent of the presentation is to highlight opportunities for SMEs to become involved in EU-funded research projects.
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Experiences of an Irish Researcher in FP6 Miguel Ponce de Leon Scientific Manager (CIM) TSSG Waterford Institute of Technology

Agenda Introduction to TSSG EU IST FP6 experience TSSG Frontier Research Priorities for FP7

Introduction to TSSG

EU IST FP6 experience

TSSG Frontier Research Priorities for FP7

Founded in 1996 by Dr. Willie Donnelly Partner base of over 150 active funded partners including Ericsson, Motorola, Nokia, Siemens, Lucent, … (Vendors); Vodafone, O2, Telefonica, T-Mobile, Swisscom, BT, … (Operators); UCL, TCD, UniS, UCD, … (Academia) One of largest Irish EU funded institution for IST FP5/FP6 and for eTEN Balanced portfolio of: Basic research projects [3] – faculty (5) postdocs (6) students (14) Applied research projects [14] – staff (30) Pre-product development projects [14] – staff (59) Telecommunications Software & Systems Group is a world class communications software research centre based at WIT.

Founded in 1996 by Dr. Willie Donnelly

Partner base of over 150 active funded partners including Ericsson, Motorola, Nokia, Siemens, Lucent, … (Vendors); Vodafone, O2, Telefonica, T-Mobile, Swisscom, BT, … (Operators); UCL, TCD, UniS, UCD, … (Academia)

One of largest Irish EU funded institution for IST FP5/FP6 and for eTEN

Balanced portfolio of:

Basic research projects [3] – faculty (5) postdocs (6) students (14)

Applied research projects [14] – staff (30)

Pre-product development projects [14] – staff (59)

TSSG Engagement in the EU IST FP6 Programme Recent Past EU FP4 ACTS: 5 projects EU FP5: 8 projects Present From FP6 the TSSG have 12 projects including: [Communication Technology]: Daidalos I & II, ENABLE [Security]: SecurIST, ESFORS, SEINIT [Enterprise Networking]: DBE, ONE, OPAALS [Collaborative Working Environments]: CoreLabs, BrainBridges [Embedded]: MORE

Recent Past

EU FP4 ACTS: 5 projects

EU FP5: 8 projects

Present

From FP6 the TSSG have 12 projects including:

[Communication Technology]: Daidalos I & II, ENABLE

[Security]: SecurIST, ESFORS, SEINIT

[Enterprise Networking]: DBE, ONE, OPAALS

[Collaborative Working Environments]: CoreLabs, BrainBridges

[Embedded]: MORE

TSSG Engagement in the EU IST FP6 Programme [DG-INFSO Existing Successes] Current projects, black circles Historical projects, black circles [Other links, pink circles] D1: [CommsTech] Daidalos II , ENABLE Daidalos , Opium D2: [Networked Audiovisual] D3: [Software Services] AlbatrOSS, Intermon D4: [Security] SecurIST, ESFORS SEINIT D5: [Enterprise] DBE , ONE , OPAALS F3: [Inftastructure] Torrent F4: [Collaborative Work] CoreLabs, BrainBridges F1: [FET] G3: [Embedded] MORE F3: [Infrastructure] H4: [eTEN] Riser II and some others Riser , Nitoura II; Bandwidth

My experience of EU FP6

Technology Platforms eMobility (D1 Communications Technologies) = Active member NEM (D2 Networked and Electronic Media Platform) = Board member NESSI (D3 Software Services) = Active member

eMobility

(D1 Communications Technologies) = Active member

NEM

(D2 Networked and Electronic Media Platform) = Board member

NESSI

(D3 Software Services) = Active member

Joint Initiatives (EU Funded Roadmap - SRA Activities) Autonomic Communications Forum (ACF) (F1 Future & Emerging Technologies) Chairman and Board member Security and Dependability Task Force (D4 ICT for Trust and Security) Coordinator AMI@Work (F4 Collaborative Working Environments) Active member of the Living Labs initiative

Autonomic Communications Forum (ACF)

(F1 Future & Emerging Technologies)

Chairman and Board member

Security and Dependability Task Force

(D4 ICT for Trust and Security)

Coordinator

AMI@Work

(F4 Collaborative Working Environments)

Active member of the Living Labs initiative

EU IST FP6 Programme Projects Trust and Dependability SecurIST European Security Task Force www.securitytaskforce.eu Ubiquitous Services IST Daidalos Scenario-based next generation pervasive services based on IPv6 Ubiquitous Connectivity IST ENABLE Enabling efficient and operational mobility in large heterogeneous IP networks (built on mobile IPv6)

Trust and Dependability

SecurIST

European Security Task Force

www.securitytaskforce.eu

Ubiquitous Services

IST Daidalos

Scenario-based next generation pervasive services based on IPv6

Ubiquitous Connectivity

IST ENABLE

Enabling efficient and operational mobility in large heterogeneous IP networks (built on mobile IPv6)

Co - ordination of a strategic agenda for ICT Security and Dependability (S&D) R&D for the 7 th framework programme The SecurIST project has established two fundamental bodies: European Security & Dependability Task Force (STF) Members from FP6 projects, whose role is to identify thematic areas , and to identify and prioritise challenges within Security and Dependability research. Advisory Board (AB) comprising established experts, whose role is to review, advise, enhance and promote the STF and further prioritise areas for future research.

Co - ordination of a strategic agenda for ICT Security and Dependability (S&D) R&D for the 7 th framework programme

The SecurIST project has established two fundamental bodies:

European Security & Dependability Task Force (STF)

Members from FP6 projects, whose role is to identify thematic areas , and to identify and prioritise challenges within Security and Dependability research.

Advisory Board (AB) comprising established experts, whose role is to review, advise, enhance and promote the STF and further prioritise areas for future research.

Daidalos I & II

ENABLE targets R R R IPv4/v6 backbone RAN RAN Dedicated RANs optimized for specific services Today cellular (2.5-3G) Wireless LAN WMAN (WiMAX) R R R Mobile IPv6 RAN RAN Integration of heterogeneous RANs to offer efficient and cost-effective ubiquitous mobility MIPv6 is the key Step 1 Mobile IPv6 all-IP network R R R R Smooth migration to an all-IP network architecture Step 2 all services over IP MIPv6 with fast handover support R R R R ? Mobile IPv6, HIP, others? Fully mobile Internet Step 3 tremendous growth in the number of terminals MIPv6 might suffer its age

cellular (2.5-3G)

Wireless LAN

WMAN (WiMAX)

MIPv6 is the key

all services over IP

MIPv6 with fast handover support

tremendous growth in the number of terminals

MIPv6 might suffer its age

Entering into FP7 Know and articulate your own research direction Align to the ETP in your area Look at the Strategic Research Agenda (SRA) Align to the FP7 work programme Don’t be afraid to ask EI staff for advise and support

Know and articulate your own research direction

Align to the ETP in your area

Look at the Strategic Research Agenda (SRA)

Align to the FP7 work programme

Don’t be afraid to ask EI staff for advise and support

Frontier Research Priorities for the TSSG Wireless protocol (WP) a new protocol approach, replacing IP (in the access), designing for the coming features of mobile and wireless communications. Information and Context management users having access to all their relevant information and content via a wireless terminal, without actually carrying any of it.

Wireless protocol (WP)

a new protocol approach, replacing IP (in the access), designing for the coming features of mobile and wireless communications.

Information and Context management

users having access to all their relevant information and content via a wireless terminal, without actually carrying any of it.

Frontier Research Priorities Multidisciplinary Research Environment wireless sensor networks Socio-economical Sciences and the Humanities Through the concept of the Living Labs Security Processes for developing more secure and dependable systems User-centric security and dependability standardization: Networks Automation of management by using innovative methods for self-configuration, self-management, self-provisioning, and self-healing. Hide the complexity.

Multidisciplinary Research

Environment

wireless sensor networks

Socio-economical Sciences and the Humanities

Through the concept of the Living Labs

Security

Processes for developing more secure and dependable systems

User-centric security and dependability standardization:

Networks

Automation of management by using innovative methods for self-configuration, self-management, self-provisioning, and self-healing. Hide the complexity.

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