Www.ist-muse.org Ubiquitous access to a world of BB services [email protected].

www.ist-muse.org

Ubiquitous access to a world of BB services

[email protected]

Super TU/esday 04.04.2006 — 2 www.ist-muse.org

Outline

Introduction to MUSE

From triple play to multiplay

From Ethernet to Multi Service Access

First mile: higher BW at lower cost

Summary


MUSE Overall Objective

Multi service access network that provides secure connectivity between end-user terminals and edge in a multi-provider environment at a low cost for every European citizen.

Multi service access network that provides secure connectivity between end-user terminals and edge in a multi-provider environment at a low cost for every European citizen.

CustomerPremises

NetworkService Provider

Network Service Provider

Internet Service Provider

Application Service Provider

Network Access Provider

Access Node

ResidentialGateway

Edge NodeAggregation network

First Mile


Partners

System vendors

SME Aarhus BB society

Operators Research Inst. & UniversitiesIBBTInria

TU Eindhoven/COBRABudapest University (BUTE)ICCS/NTUAHHILund Institute of Technology (LTH)ACREOUniv. Carlos III de MadridUniversity of Essex

Component vendors

Lucent TechnologiesBell Labs Innovations

Phase I: 2004-2005Phase II: 2006-200736 partners -100 PY/year

(*) (*)

(*)

(**)

(*) Only in phase I

(**) Only in phase II


Outline


From triple play to multiplay• Triple Play • Multimedia BB convergence• Fixed Mobile convergence



Summary


Triple-play offer today

1. Voice

2. Data 3. Video

Triple Play: 1 + 1 + 1 = 2.7


Multimedia BB convergence

2. Data 3. Video

1. Voice

6. VideoComm•TV video telephony•Film and Photo sharing•Videoconf feed in live TV shows

4. VoIP•PC telephony•Additional lines

5. iTV•in-show voting•SMS-to-TV•remote programming of PVR•TV-mail

Real Triple Play: 1 + 1 + 1 = 7

7. Triple Experience•Embedded communication overlayover TV program (AmigoTV)

•Multiterminal Multigaming


Community Television

AmigoTV


The AmigoTV Experience: Watching Television Together

> Find your friends on TV

• Use ‘Channel presence’ to find out what they are watching

> Talk with your friends• Comment on the TV

program

> Share your emotions• Change the expression

of your avatar (*)• Send multimedia

messages

Community Television, the next step for Interactive TV= Communication between TV viewers

(*) Avatar = your graphical presence on TV


Personal Broadcaster

“Personal Channels”

“Community Channels”


Fixed Mobile Convergence

Ton’s residence

Nomadic services: e.g. nomadic Pay TV

Djan’s residence

WiFi

UMTS / WiMAX

Public

WiFi

Session Continuity


Fixed Mobile Convergence

TUePublic

WiFi

UMTS / WiMAX

WiFi

Session continuity: e.g. video conference

Ton’s residence


Outline



From Ethernet to Multi Service Access• Secure connectivity• QoS• MM rich access• FMC


Summary


Multi Service AccessSecure Connectivity

Ethernet assumes a trusted LAN environment

• Ethernet MAC@ can be configured by user

– Spoofing, conflicts

• Broadcast of some initialisation messages (ARP, DHCP, PPPoE)

– DOS attacks– Confidential info to users or

competing providers

Secure connectivity approaches

• Anti-spoofing tables

• Model 1 (L2)– Cross-ConnectVLAN – Bridging Ethernet MAC@

• Model 2 (L3)– IPv4/IPv6 forwarding


Model 1: L2 Ethernet forwarding

CPN

CPN

NSP/ISP

NSP/ISP

NSP/ISP

ASPNAP

EN

Ethernet aggregation network

AN

CPE

EN

CPE

Cross connect VLAN (stacking)

or

Bridging Ethernet MAC@

bridged

BRAS or Edge Router

routed(IPv4/IPv6)

IP termination


Model 2: L3 IP forwarding

CPN

CPN

NSP/ISP

NSP/ISP

NSP/ISP

ASPNAP

EN

Ethernet aggregation network

AN

CPE

EN

CPE

BRAS or Edge Router

routed(IPv4/IPv6)

IP termination

bridged

IP aware bridging (IPv4/IPv6 )


Multi Service AccessQoS control

QoS is key in multi-service access

End-to-End QoS solutions (e.g. IntServ) • commercially failed because of complexity

Priority based QoS (e.g. Diffserv) • works in Core Networks with sufficient capacity, • not suited for Access & Aggregation

=> Simplified QoS control in Access & Aggregation needed

EdgeNodeAccess

Node


QoS control

EdgeNodeAccess

Node

Pre-provisioned pipes

NRC

Network Resource Controller (NRC)• View of flows and BW already allocated

• Configures policers at borders

• Admission control after request


Lab Trials

Model 1: Ethernet Forwarding Model 2: IP Forwarding

Subproject C: Ericsson, TNO, ACREO, IFX, Robotiker, TI, TS, LTH, BUTE

Subproject B: Alcatel, Thomson, DT, TID, STM, BT, IBBT, INRIA, NTUA


Access Platform evolution

Time

DSL Termination

EthernetAggregation

IPSubscriber

Management

Service &Application

Complexity of Added Value

Features

Complexity of Added Value

Features

OperatorSpecific

Requirements

HW PlatformCost

HW PlatformCost

FeatureComplexity

FeatureComplexity

PlatformCost

PlatformCost


Network Service & Applications building blocks

Why Service Rich Access

Why in Access Platforms?

Ingress/Egress of the network (Monitoring, Security)

Unique user centric view on the traffic (Personalization)

Bandwidth in Access more suited for deep packet processing capabilities (Scalability)


Time Shifted TV

Time Shifted TV: watch broadcast programme with delay

Today: TSTV = VoD from central server or CDN server located at the edge of the network

• Multiple retransmissions => risk of congestion for large deployments.

Idea: Distribute caches and streamers in the aggregation nodes

Broadcast TV

broadcastserver

Start of livebroadcast

t1h 1 day

Time-shiftedTV

access server

1 week

Video onDemand

regional server

Video onDemand

central server

# requests


Time Shifted TV

National Head-end &

Content Archive--

Multicast Head-end

User 1Watches real-time

User 2delayed Δt1

User 3 delayed Δt2

= TSTV proxyUser 4 delayed Δtx

= P2P interaction

= multiple-level caching


Demonstrator

TCP Accelerator

TSTVIP fwd

DSLAM

Subproject B: Alcatel, Thomson, IBBT, DT, TID, BT, STM, INRIA, NTUA


FMC impact on network architecture

Business roles

Authentication

QoS and policy framework

Mobility


Outline




First Mile: higher BW at lower cost

Summary


First Mile

High BW at lower cost• Radio over Fibre (SM, MM)• VDSL over Fibre• Low cost CWDM• XL PON• UWB over DSL


First Mile Integrated Lab trial

1300 1350 1400 1450 1500 1550 1600-70

-60

-50

-40

-30

-20

-10

0

VDSLoOCWDMRings

Pow

er [dBm

] / 0.

2 nm

wavelength [nm]

RBW: 0.2nm

feeder ring (outer)after MUX @ CO

FWA

Subproject D: HHI, TU Eindhoven, Univ. of EssexLucent Technologies, PTI, FT, UC3M


Summary

From Tripleplay to Multiplay• MM BB convergence: 1+1+1 = 7 !• Fixed mobile convergence

Building a Multi Service Access with Ethernet• L2 or L3 forwarding model• QoS guarantees by network resource control

Increasing the capabilities of the access platform• Embedding service enablers• Making the fixed access network ready

for nomadic services and session continuity

Increasing the bandwidth capacity in the first mile at lower cost


Muse confidential

Thank you for your attention

Www.ist-muse.org Ubiquitous access to a world of BB services [email protected].

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