EC FP6 E 2 R II Achievements and EC FP7 E 3 Ambitions

Size: px

Start display at page:

Download "EC FP6 E 2 R II Achievements and EC FP7 E 3 Ambitions"

Mercy Watson
5 years ago
Views:

1 EC FP6 E 2 R II Achievements and EC FP7 E 3 Ambitions Dr. Didier Bourse E 2 R II E 3 ITU Seminar on SDR & CRS Geneva E 2 R II E 3 ITU ( Geneva) Slide 1

2 E 2 R II E 3 Presentation E 2 R II E 2 - Presentation E 2 R II Enabler of Seamless Experience E 2 R II in a Nutshell E 2 R II Golden Nuggets E 2 R II Technical Highlights E 2 R II Standardization, Regulation and Dissemination E 3 in a Nutshell E 2 R II E 3 ITU ( Geneva) Slide 2

E 2 R II Enabler of Seamless Experience (1/2) Beyond 3G (B3G) Systems End-to-End Reconfigurability is the key enabler for providing a seamless experience to the end-user and the operators: Managing

3 E 2 R II Enabler of Seamless Experience (1/2) Beyond 3G (B3G) Systems 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 deployment, evolution and operation of large communication systems Providing opportunities to develop and experiment rapidly new services and applications -> What is the best Split of Intelligence between NW and Terminals? E 2 R II E 3 ITU ( Geneva) Slide 3

4 E 2 R Definitions E 2 R II Enabler of Seamless Experience (2/2) End-to-End Reconfigurability means adaptability of the nodes along the complete communication path between communicating entities. This encompasses configuration and reconfiguration of equipment (terminals, base-stations, access points, gateways) and potentially impacts all OSI layers The End-to-End Reconfigurability Project develops concepts and solutions to enable, manage and control End-to-End Connectivity in B3G Heterogeneous Environment (Cellular, 802.xx, Broadcast ) E 2 R II E 3 ITU ( Geneva) Slide 4

5 E 2 R II in a Nutshell (1/3) E 2 R II Highlights Phase 2 Duration Jan. 06 Dec. 07 Consortium 32 Organizations 14 Countries Budget 19.0 MEuros EU Budget 11.6 MEuros Resources Around 67 PY/Y Contractual Outcomes: 38 Deliverables and 45 Milestones E 2 R II E 3 ITU ( Geneva) Slide 5

6 E 2 R II in a Nutshell (2/3) E 2 R II Y2 Kick-Off Meeting (January 07) E 2 R II E 3 ITU ( Geneva) Slide 6

7 E 2 R II in a Nutshell (3/3) E 2 R II and WWI WWI Steering Board WWI Coordination Team User Acceptance Business Models MOCCA System Interfaces MobiLife AN WINNER E2R SPICE Validation S4ALL Migration Phase I WWI Integrated Projects Phase II WWI Integrated Projects Liaisons E 2 R II E 3 ITU ( Geneva) Slide 7

8 E 2 R II Golden Nuggets E 2 R II Golden Nuggets (March 07) 1. Unified Business Model (UBM) 2. Responsibility Chain Concept Including Linkage to UBM 3. End-to-End Reconfigurability System Architecture Including Mapping onto Existing/Emerging Standards 4. Self-ware Reconfiguration Management Plane (S-RMP) 5. FSM / DSA Solution Proposal from Technical, Regulatory and Business Perspectives 6. Functional Architecture (FA) and Inherent Solutions for Optimized Exploitation of Spectrum and Radio Resources 7. Dynamic Network Planning and Management (DNPM) 8. Advanced Spectrum Management (ASM) 9. Joint Radio Resource Management (JRRM) 10. Reconfigurable Equipment PIM (REP), Equipment Management and Control Architecture, Reconfigurable Equipment Management System (REMS) 11. Cognitive Pilot Channel (CPC) 12. Reconfiguration Language (FDL) 13. Standardization: IEEE P WG E 2 R II E 3 ITU ( Geneva) Slide 8

E 2 R II Technical Highlights (1/11) E 2 R II

Cognitive Radios/Networks Enhanced System

Plane (RMP) and its functionalities Dynamic

optimising the radio resource utilisation Cognitive

Networks as the Radio Enabler to help the access of

Network Cognitive Terminal Domain Knowledge &

Reconfiguration Management Self-Configuration &

Self-ware Reconfiguration Management & Control

Knowledge Management Decision-Making and

9 E 2 R II Technical Highlights (1/11) E 2 R II Cognitive Radio and Networks Common Framework for Cognitive Radios/Networks Enhanced System Architecture based on Reconfiguration Management Plane (RMP) and its functionalities Dynamic Reconfigurable Nodes Functional Architecture (FA) optimising the radio resource utilisation Cognitive Pilot Channel (CPC): Essential part of Cognitive Networks as the Radio Enabler to help the access of the User Terminals to the multi component Radio Network Cognitive Terminal Domain Knowledge & Context Management Decision-Making and Reconfiguration Management Self-Configuration & Self-Management Cognitive Service Provision S-RMP Self-ware Reconfiguration Management & Control Plane CPC Cognitive Network Domain Context & Knowledge Management Decision-Making and Reconfiguration Management Self-Configuration & Self-Management Cognitive Service Provision E 2 R II E 3 ITU ( Geneva) Slide 9

Value for Reconfigurable Networks White Paper The E 2 R II OEM Business Case Currently under Clearance

10 E 2 R II Technical Highlights (2/11) E 2 R II Unified Business Model (UBM) White Paper The E 2 R II Business Outlook: Framework, Instantiations and Challenges for Reconfigurability White Paper The E 2 R II Net Present Value for Reconfigurable Networks White Paper The E 2 R II OEM Business Case Currently under Clearance Specification The E 2 R II Unified Business Model (UBM) Currently under Completion E 2 R II E 3 ITU ( Geneva) Slide 10

11 E 2 R II Technical Highlights (3/11) E 2 R II Responsibility Chain White Paper The E 2 R II Responsibility Chain Currently under Completion E 2 R II E 3 ITU ( Geneva) Slide 11

12 (4/11) White Paper End-to-End Reconfiguration Knowledge & Context Management Management and Control (KCM) System Performance Management Architecture (PeM) Profile Management (PrM) Resource Management White (RsM) Paper Cognitive Pilot Channel E Controller (CPC-C) Selfware Reconfiguration 2 R II Scenarios on Autonomic Management & Control Plane Communication Systems for Decision-Making Seamless and Reconfiguration Experience Management (DM-RM) Knowledge & context management Autonomic Decision-Making White & Paper Reconfiguration Management (ADM&RM) Autonomic Communications for Policy-Management Heterogeneous and Self-Governance Wireless (PMSG) Mobility Management Communication (MM) Systems RMP Functional Model E 2 R II Technical Highlights Decision-making & reconfiguration management Self-configuration & self-management Cognitive service provision Self-Configuration White & Self-Management Paper (SC-M) Self-Configuration (SeCo) E 2 R II Context Management and Cognitive Self-Healing (CoSH) Knowledge Management Software Download Management (SDM) Currently under Completion Pervasive Access and Security Control (PASeC) Reconfiguration Charging Control (RCC) Cognitive Service Provision (CSP) Content and Service Adaptation (CSA) Reconfiguration Services Discovery (RSD) E 2 R II E 3 ITU ( Geneva) 12

System Architecture Mapping White Paper E 2 R II Software Download

13 E 2 R II Technical Highlights (5/11) E 2 R II SA Mapping onto 3GPP Network Architecture White Paper Network Architecture and E 2 R II System Architecture Mapping White Paper E 2 R II Software Download and Software Up-grade Protocols E 2 R II E 3 ITU ( Geneva) Slide 13

14 E 2 R II Technical Highlights (6/11) Communication Cube One (of the) Starting Point(s) in 2001 (WWRF Paper Bourse and al.) Frequency Frequency Communication Cube Fz Fz Fy Fx RAT x Voice Data (x kb/s) Data (y kb/s) Services Fy Fx RAT x Voice Data (x kb/s) Data (y kb/s) Services RAT y RAT y RAT z RAT z RAT (a) RAT (b) Evolution of Spectrum Management in SDR Context FP5 Projects addressing Spectrum Management: TRUST, DRiVE, SCOUT, OverDRiVE E 2 R II E 3 ITU ( Geneva) Slide 14

15 E 2 R II Technical Highlights (7/11) White Paper FP6 E 2 R I FSM & ARRM Scenarios Highlights Service 1 RAN 1 RAN 2 RAN 3 Spec 1 Spec 2 Spec 3 Primary/Secondary System Service 1 Primary/Secondary System Service 2 Service 3 Primary/Secondary System Spectrum Sharing Spectrum Sharing Primary/Secondary System multicast Primary/Secondary System Service 2 Service 3 multicast RAN 1 RAN 2 RAN 3 Spec 1 Spec 2 Spec 3 Spectrum Sharing No Spectrum Sharing Primary/Secondary System User Service RAN FSM User Service RAN Scenario 1 Spectrum Sharing between Heterogeneous Systems FSM & ARRM Scenario 3 Joint Radio Resources Management in Heterogeneous Systems No FSM Service 1 Primary/Secondary System The E 2 R II Flexible Spectrum Management (FSM) - Technical, Business & Regulatory Perspectives User Service 1 Service 2 Service 3 Service multicast White Paper Scenario 2 Spectrum RAN 1 The RAN E 2 R 2II Flexible RAN 3Spectrum RAN Pooling for Management (FSM) and Cognitive Time Varying Pilot Channel (CPC) Technical and Hot Business Spot Spec 1 Spec 2 Spec 3 Analysis and Recommendations Location FSM Primary Systems Secondary Systems Spectrum pooling Service 2 Service 3 RAN 1 RAN 2 RAN 3 Spec 1 Spec 2 Spec 3 Primary/Secondary System Spectrum Sharing Spectrum Sharing multicast Primary/Secondary System User Service RAN FSM Scenario 4 Dynamic Network Reconfiguration Facilitating Spatial- Temporal Traffic Changes E 2 R II E 3 ITU ( Geneva) Slide 15

16 E 2 R II Technical Highlights (8/11) E 2 R II Functional Architecture Definition of Functional Architecture Modules Interfaces Current Analysis on Interfaces to be Standardized (Work in Progress) Detected Spectrum Bands Detected existing systems Unoccupied Spectrum Bands Cell Traffic Load Estimations Cell Load Spectrum Trading Results TE To ASM x x x x x ASM To TE x Multiple-Operators Single Operator OUTER LOOP MIDDLE LOOP INNER LOOP Specification The E 2 R II Functional Architecture (FA) Currently under Completion OP OP OP OP E 2 R II E 3 ITU ( Geneva) Slide 16

17 E 2 R II Technical Highlights (9/11) Cognitive Pilote Channel (CPC) Enabling radio access in heterogeneous radio access technology environments in single and multi operators scenarios Out-band means physical channels outside the component Radio Access Technologies In-band refers to logical channel within the technologies of the heterogeneous radio environment Cognition support through both downlink and uplink capabilities Radio Env. Discovery + reconf support DOWNLINK Radio Environment Discovery INBAND OUTBAND Reconfiguration support UPLINK Terminal radio environment information context awareness E 2 R II E 3 ITU ( Geneva) Slide 17

E 2 R II Technical Highlights (10/11) E 2 R II

Station Currently Under Preparation FDL UE1 : OMA DM

Functional Description Language UE Sec : Adaptive

Radio Equipment Platform Independent Model Currently

in Base Station using a DSP Micro-Framework UE2 :

Monitoring triggers Developments secured through

18 E 2 R II Technical Highlights (10/11) E 2 R II Equipment Research White Paper on Flexible Base Station Currently Under Preparation FDL UE1 : OMA DM and FDL based RATs reconfiguration White Paper Functional Description Language UE Sec : Adaptive Security Framework White Paper on Reconfigurable Radio Equipment Platform Independent Model Currently Under Completion FBS : OMG-based RAT reconfiguration in Base Station using a DSP Micro-Framework UE2 : REMS triggering DSP using OMG-based HAL from Resource Monitoring triggers Developments secured through successful Integrations Days E 2 R II E 3 ITU ( Geneva) 18

Summit 05 (Dresden) E 2 R II Booth @ IST Summit

19 E 2 R II Technical Highlights (11/11) E 2 R II Prototyping and Demonstrations E 2 R IST Summit 05 (Dresden) E 2 R II IST Summit 06 (Mykonos) E 2 R II E 3 ITU ( Geneva) Slide 19

20 E 2 R II E 3 Standardization E 2 R II Standardization, Regulation and Dissemination (1/5) E 2 R II and E 3 Approach: Not single standardization body approach Intention is to concentrate on standards with a focus on Cognitive Radio/Networks and Architecture aspects as well as Convergence and Interworking of Heterogeneous Wireless Systems It is a stated goal not to focus on standards of a single region only, but to ensure the coverage of the most relevant standardisation bodies across the globe, in particular IEEE and ETSI Devise structuring rules for the definition and design of next generation of various standards (e.g. IEEE /11, SCC41, ETSI, 3GPP...) allowing a seamless use of these standards to fulfill the scenarios of the current definitions of 4G systems at lower cost and complexity, and for a better spectrum efficiency (plug and play lego blocks for standards) E 2 R II E 3 ITU ( Geneva) Slide 20

21 E 2 R II Standardization, Regulation and Dissemination (2/5) E 2 R II E 3 Standardization E 2 R II E 3 ITU ( Geneva) Slide 21

22 E 2 R II E 3 Standardization E 2 R II contributed to open the Path in IEEE SCC41 P Context / Challenge: Convergence of Heterogeneous Wireless Radio Systems Objective (PAR): improve overall composite capacity and quality of service of wireless systems in a multiple Radio Access Technologies (RATs) environment IEEE P is providing a tool-kit for the management of Heterogeneous Radio Systems (NRM, TRM, Radio Enabler) E 2 R II contributed to open the Path in ETSI RRS E 2 R II Standardization, Regulation and Dissemination (3/5) Development of a Harmonised Standard (HS) concerning SDR/CR Identify & propose possible Essential Requirements concerning SDR/CR with respect to the R&TTE Directive which could be included in a Harmonised Standard (HS) Standardization of Architecture Components & Interfaces, Protocols, Air Interface (PHY & MAC) to enable Flexible Spectrum Management in the context (gradual from short to long terms) of Spectrum Refarming (simplest FSM case), Digital Dividend and Flexible Spectrum Management Standardization of Public CPC and part of the Private CPC (ETSI Standardization shall interface with SCC41 / P Standardization to develop clear boundaries on Radio Enabler Tools) E 2 R II contributed to OMA, OMG E 3 to further build on this Basis and contribute in addition to 3GPP, ACF E 2 R II E 3 ITU ( Geneva) Slide 22

23 E 2 R II Regulation Regulators involved in E 2 R II Consortium Regulatory Research on Certification, Spectrum Management, Responsibility Chain Flexible Spectrum Management and CPC: FA (and Interfaces) and CPC proposed for Standardization in ETSI / IEEE SCC41 Presentations to ECC/WGFM (May 06 / May 07) Questionnaire to ECC Presentation to RSPG (May 07) Contribution to ITU-8A on CPC (FT June 07) E 2 R II Standardization, Regulation and Dissemination (4/5) CPC concept proposed to CEPT and discussed to be included as discussion item for the WRC11 Included now in WRC11 Agenda E 3 to further build on this Basis and contribute to ITU-5A E 2 R II E 3 ITU ( Geneva) Slide 23

24 E 2 R II Standardization, Regulation and Dissemination (5/5) E ICT Summit 08 E DySPAN 08 E SDRF TC08 E 2 R II E 3 ITU ( Geneva) Slide 24

R E 3 is developing the very successful Approach of E 2 R to cover Technical, Business and Regulatory

25 E 3 in a Nutshell (1/3) E 2 R II Next Steps E 3 Integrating Project E 3 E 3 is an ambitious FP7 IP Introducing Cognitive Wireless Systems in the B3G World E 3 is building on several Key Achievements from E 2 R E 3 is developing the very successful Approach of E 2 R to cover Technical, Business and Regulatory Perspectives E 3 is teaming sub-set of E 2 R Consortium and non- E 2 R Partners E 2 R II E 3 ITU ( Geneva) Slide 25

26 E 3 in a Nutshell (2/3) E 3 High-Level Vision Cognitive Wireless Wireless world NOW Self-Adaptation Self-Organisation Reconfiguration End-to-End Efficiency Non-disruptive Evolution E 2 R II E 3 ITU ( Geneva) Slide 26

27 E 3 in a Nutshell (3/3) E 3 Project Highlights Duration Jan. 08 Dec. 09 Consortium 21 Organizations 11 Countries Budget MEuros EU Budget MEuros Resources 1386 PM ( 58 PY/Y) Contractual Outcomes: 43 Deliverables and 47 Milestones E 2 R II E 3 ITU ( Geneva) Slide 27

28 E 2 R II Website E 2 R II Website E 2 R II E 3 ITU ( Geneva) Slide 28

A CR-related concept: the Cognitive Pilot Channel (CPC)

A CR-related concept: the Cognitive Pilot Channel (CPC) Patricia Martigne, France Telecom R&D ITU-R Seminar on SDR/CR 04.02.08 Geneva ITU-R Seminar on SDR/CR (04.02.08 Geneva) Slide 1 Summary of the presentation