CaON (Converged and Optical Networks)

Plennary Meeting11th October 2012, Brussels

http://caon.i2cat.net

CaON(Converged and Optical Networks)

AgendaPresentation of cluster

o General aims and mission of the cluster

o Improving research projects collaboration (clustering)

o Involved projects and their interactions

o CaON technical outputs during the last period and Impact on the CaON architecture

o CaON input to HORIZON2020

Feedback from ECOC 2012

Newcomer projects (3 IPs and 5 STREPs) short introductions

o Reached objectives (Idealist, Discus, Combo, Content, Sodales, Coconut, Lightness, )

Standardization

CaON representation to FUNEMS 2013

Conclusions

o Reached objectives

o Welcome to newcomers and goodbye to ending projects

o Next challenges and actions

Application driven and technology enabled

High-speed data 400G, 1Tb/s Residential Media

Flexible Network

MULTI-BANDSSS

Technology Enabled

Application Driven

Intelligent Adaptive Optical Networks

MULTI-BANDAMPLIFIER

FAST OPTICALSWITCH

SDM(DE)MUX

MULTI-BANDSSS

BROADBANDλ-CONVERSION

Elastic use of resources

Flexible use of technology

Cloud

The CaON Vision of Future Optical Networks

• Support for Multi-gigabit Access Rates (FP7 ALPHA, OASE)

• Spectrum management: Flexible, Elastic Optical Layer (FP7 STRONGEST, call 8 IDEALIST)• Architectures on Demand

• Control Plane (FP7 MAINS and STRONGEST)• Targeted extensions for dynamic and data plane-aware network services

• Software/Hardware Defined Network Programmability (FIRE OFELIA and FIRE call 8 ALIEN)• For infrastructure and service adaptation

• Optical Network and IT Convergence (FP7 GEYSERS)• Infrastructure Virtualisation, Slicing and Isolation

• Optical Network Cognition (FP7 CHRON, UK EPSRC Photonics HyperHighway)

• Energy Efficient Optical Networks (FP7 STRONGEST and TREND)

Key Research Challenges for Realizing the CaON Reference Model

access

metro/core

Experimentalinteraction Information

exchangeWorktogether

Involved projects and their interactions

APPLICATION

CLOUD/SERIVICE

CONTROL PLANE

DATA PLANEvirtualization

CaON architecture - project positioning

Publications

• Publications:• White paper :

• http://caon.i2cat.net/wp-content/files_flutter/CaON_positioning_paper_final_v0.1.docx

• ICTON 2012 :Research trends on ICT convergence from the CaON Cluster:• http://caon.i2cat.net/wp-content/files_flutter/ICTON_CaON_invited_paper.pdf

• H2020 strategic paper:• http://caon.i2cat.net/wp-content/files_flutter/CaON_H2020_talk.pdf

ECOC 2012Hot topics:• Flexible and elastic networks

• “Design of Flexible & Elastic Networks”

• “Control Plane Solutions for Flexible and Elastic Optical Networks”

• “Data Plane Solutions for Flexible and Elastic Optical Networks

• Open Flow and Virtualization for optical networks.

• Multicore fibres, passive and active few mode fibres and structured fibres.

• Competing technologies for NG-PONs access

Next event:22 - 26 September 2013ICC London ExCeL, UK

FuNeMS 2013Suggestions for Keynotes, Panels, Workshops• All Optical network when? At what cost? what technological barriers;

• Keynote/Panel (impact of the SDN model on DCN)

• CaON is working on the TPC members list

Standardization• NGPON2

• OFDM is not mature enough for standardization

• Multilayer coordination • The current standards need to be extended to suggest new configurations (e.g. new TE-Links) to the VNTM.

• UNI is currently being extended

• Multilayer PCE, VNTM and UNI can cooperate together.

• Multidomain optical networks• Hierarchical PCE is a good candidate to enable multi-domain interworking.

• Subwavelegths• Commom termionolgy is being standardized at ITU-T

• GMPLS extensions to be proposed at IETF

• Flexgrid• ITU is standardizing the date plane

• Frawework has just started in IETF… GMPLS/PCE extensions to be done.

• IT and Optical network Convergence• First steps taken at IETF

DEMOS I

DEMOS II

Many thanksSergi Figuerola, Dimitra Simeonidou,

Andrea Di Giglio, Juan Fernandez PalaciosCaON Chairs ans co-Chairs