Event: GSC-11 Chicago

Date: May 29, 2006

Slide 1

Werner Mohr

Siemens AG – on behalf of WWI

WWI – Contributing to prosperous global mobile communications

WWI – Contributing to prosperous global mobile communications

Discovering the Wireless World in a user friendly environment

GSC11_OPEN_24a1

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 2

Trends and future developments Mission and objective of WWI WWI organisation WWI projects in Phase II

– MobiLife– SPICE– Ambient Networks II– WINNER II– E2R II– MOCCA – Liaison project

Relation to WWRF Conclusions

Outline

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 5

Vision 2010: A picture from the future

Source: Siemens AG

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 6

IMT-2000

1 10 100 1000

NewMobileAccess

New Nomadic / LocalArea Wireless Access

EnhancedIMT-2000

Enhancement

New Radio Interface

Medium

Low

High

Mobility

Communication speed / Carrier bitrate (Mbit/s)

Low Medium High

• ITU-R Framework Recommendation M.1645

• System capabilities as targets for research and investigation

• Starting point for the establishment of WWI

Targets for mobile systems B3G

Source: ITU-R

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 8

Mobilising the European contribution to the Wireless World

To define, design and validate systems and functions that provide:

– Users with an excellent user experience,– While minimising the financial investment required

WWI Objective

WWI Mission

WWI Mission and Objective

Source: WWI

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 9

WWI comprises a series of complementary cooperating projects in Framework Program 6 of the EU

To elaborate a common vision on a beyond 3G system concept

To promote the shared vision on a world-wide basis

To promote pre-standardisation activities between the players of the global mobile market, including vendors, network operators, service providers, regulators and research communities

WWI strategy

Source: WWI

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 10

User-centricity means that the users’ needs, expectations and requirements will be considered and supported by all system levels, from access and core networks to service platforms and applications

User CentricityMultiSphere ConceptMultiSphere Concept

WWI key concept

Source: WWRF

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 11

Europe

Asia

Canada& US

Australia

• Over 100 different organisations, over 50 academic institutions

• Over 700 people working within WWI projects

• Network operators, manufacturers, universities, R&D centres and several SME’s are partners in the projects

• Almost every European Member State is represented. Australia, Canada, China, Israel, Japan, Korea, Norway, Singapore and Switzerland are also represented by partners in the projects

Source: WWI

WWI international collaboration

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 12

Current WWI Cross Issues

Source: WWI

WWI projects

Migration

User acceptance

WWI Coordination Team

WWI Steering Board

Validation

System interfaces

Business models

Phase I WWI Integrated Projects

Liaisons

S4ALL

MOCCA

WINNER E2RAN MobiLife SPICE

Phase II WWI Integrated Projects

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 13

Three phases of WWI

Phase IPhase I Phase I IPhase I I Phase I I IPhase I I I

Month 1 Month 24 Month 48 Month 72

• Scenario Analysis

• Requirements Capture

• Definition of Assessment Criteria

• Identification of Key Technologies

• Technology Design and Evaluation

• Definition of Ubiquitous System Concept

• Performance Estimation

• Complexity Estimation

• Input to Regulation

• Training Activities

• Detailed Definition of Ubiquitous System Concept

• Evaluation of newly developed Technologies

• Detailed System Design, Optimisation and Refinement

• Detailed Performance and Complexity Estimate

• Validation via Modelling

• Contributions to Standardisation and Regulation

• Preparation of Trials

• Training Activities

• Investigation of Implementation related issues

• Hardware Validation

• Trials

• Final and Optimisation of the ubiquitous System Concept based on Feedback from Trials

• Continuous Contributions to Standardisation and Regulation towards a global Standard

• Training Activities

Phase IPhase I Phase I IPhase I I Phase I I IPhase I I I

Month 1 Month 24 Month 48 Month 72

• Scenario Analysis

• Requirements Capture

• Definition of Assessment Criteria

• Identification of Key Technologies

• Technology Design and Evaluation

• Definition of Ubiquitous System Concept

• Performance Estimation

• Complexity Estimation

• Input to Regulation

• Training Activities

• Detailed Definition of Ubiquitous System Concept

• Evaluation of newly developed Technologies

• Detailed System Design, Optimisation and Refinement

• Detailed Performance and Complexity Estimate

• Validation via Modelling

• Contributions to Standardisation and Regulation

• Preparation of Trials

• Training Activities

• Investigation of Implementation related issues

• Hardware Validation

• Trials

• Final and Optimisation of the ubiquitous System Concept based on Feedback from Trials

• Continuous Contributions to Standardisation and Regulation towards a global Standard

• Training Activities

Source: WWI

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 15

Life Goes Mobile with MobiLife Overall MobiLife Objectives

Bring advances in mobile applications and serviceswithin the reach of users in their everyday life

by innovating and deploying new applications and servicesbased on the evolving capabilities of 3G systems and beyond

Bring advances in mobile applications and serviceswithin the reach of users in their everyday life

by innovating and deploying new applications and servicesbased on the evolving capabilities of 3G systems and beyond

R&D new applications,services and frameworks

R&D new applications,services and frameworks

R&D enabling technologies forapplications and services

R&D enabling technologies forapplications and services

Explore and remove hurdles betweenservice development and deployment

Explore and remove hurdles betweenservice development and deployment

Integrate and exploit existing and new service components/enablers/technologies

Integrate and exploit existing and new service components/enablers/technologies

Demonstrate and disseminateDemonstrate and disseminate

Existing “Mass-Market”Environments

Existing “Mass-Market”Environments

Advanced Existing and NearFuture Environments

Advanced Existing and NearFuture Environments

Non-Existing Further FutureEnvironments

Non-Existing Further FutureEnvironments

Future Communication SystemsFuture Communication Systems

Ev

olu

tio

n

Re

vo

luti

on

Co

nv

erg

en

ce

Technologies

User Needs

Business

Models

Source: MobiLife

IST-511607

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 17

OtherServiceplatform

EnablersCookbook

Life-Cycle

Generic components

ComponentInfrastructure

ServiceBrokering &mediation

SemanticPublication

SemanticDiscovery

Exposure Mechanisms

Network Enablers

Service creation

Service execution

AdaptiveServiceRoamingdelivery

WP5

2.4

Charging& Billing

Component Ontologies & Semantic Description repositories

SemanticOrchestration

WP6

Semantic resourceacquisition

SPICE platform

Service enablersSPICE

Source: SPICE

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 19

• Realising the need for transient, spontaneous merging of heterogeneous networks & network resources (“composition” of networks)

• Enabling competitive & cooperative networking (with limited sharing of resources & functions)

• Common Control facilities of networks

• Migration & Integration of legacy networks & technologies

Network A+B

AmbientConnectivity

Network B

AmbientConnectivity

Network A

Source: Ambient Networks

Ambient Networks beyond 3G

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 22

Flexible radio interface

Source: WINNER

Spectrum Flexibility

Cooperation

User-centricity

carrier frequencyunlicensed

ba

nd

wid

th

2G 2G 3G B3G

BS

VHO

VHO

GSM / GPRS

UMTS

WINNER

Medium Access Control

Spatial Processing

BS

Multihop Deployment

Segmentation, FEC Coding

Resource scheduling buffer

Resource scheduler

Source: WINNER

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 23

E2R II enabler of seamless experience

E2R II enabler of seamless experience

End-to-End Reconfigurability

is the key enabler for providing a seamless

experience to the end-user and the

operators:

Managing and increasing resilience of growingly complex

architectures

Reducing costs of communication

systems

Providing flexibility to developers of services

and applications

Beyond 3G (B3G) Systems

Source: E2R

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 25

Event: The International Conference on Beyond 3G

Date: October 18 and 19, 2005, Shanghai, China

Slide 25

MOCCA Scope The scope is to address mobile and wireless issues

within: Research Programs in European Research Area

(ERA) and in Asia and the US, Researchers and projects in the ERA and their

counterparts in the developing regions of the world Collaboration on the research and development

of future mobile and wireless systems, including services and applications

MOCCA Strategic Objective MOCCA will facilitate European and international

collaboration on future mobile and wireless systems and their applications paving the way towards harmonised international standards

Scope and Objective

Source: MOCCA

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 27

MOCCA/WWI WorkshopMarch 30, 2006

MOCCA/WWI WorkshopMarch 30, 2006

Source: WWI

1. 0900 – 0930

1.1 Welcome DoCoMo Euro-Labs / NiCT 1.2 Technical approach to WWI Henrik Abramowicz, Ericsson

2.a 0930 – 2.1 Introduction Mika Klemettinen, Nokia 2.2 User centric research methodologies and evaluating user acceptance Mika Klemettinen, Nokia 2.3 Context management Matthias Wagner, DoCoMo Eurolabs 2.4 Novel service architecture Johan Hjelm, Ericsson

2.b 1100 – 2.5 Service platform issues Christophe Cordier, France Telecom 2.6 Studies on users and requirements of emerging markets Fiona Williams, Ericsson

3. 1140 – 3.1 Introduction Didier Bourse, Motorola 3.2 WWI approach to business modeling Olivier Braet, VUB 3.3 Key security solutions in WWI Peter Schoo, DoCoMo Eurolabs

4. 1400 – 4.1 Introduction Henrik Abramowicz , Ericsson 4.2 The Ambient Networks architecture Norbert Niebert, Ericsson 4.3 E2R system architecture and reconfiguration management plane (RMP) Zachos Boufidis, University of Athens 4.4 Multi-radio access architecture Johan Lundsjö, Ericsson 4.5 The key to dynamic reconfigurability in RUNES and ARTEMIS,

the European initiative within Embedded SystemsAndrás Toth, Ericsson

5. 1600 – 5.1 Introduction Jörn von Häfen, Siemens 5.2 Overview of WINNER system concept Jörn von Häfen, Siemens 5.3 Air interface principles Göran Klang, Ericsson 5.4 Coding techniques for new air interfaces Thierry Lestable, Samsung 5.5 Reconfigurable Radio Resource and Spectrum Management Panagiotis Demestichas , UPRC 5.6 EVEREST’s view on Radio Resource Management Strategies for 3G and Beyond Oriol Sallent, UPC

6. 1745 – 6.1 Summary & Conclusions Henrik Abramowicz, Ericsson

SpeakerTopic

1140

1140

1245

1525

1745

1800

Event: GSC-11 Chicago

Date: May 29, 2006

Slide 29

Conclusions

WWI comprises a series of complementary cooperating projects in Framework Program 6 of the EU

Major stakeholders from the– manufacturer– network operator– R&D center and– academic domain

These projects address the entire value constellation from a system perspective

International cooperation is an integral part of WWI in order to prepare future standardisation

Source: WWI