ITU-T/OGF Workshop on NGN and Grids Steering via SLA Michael Fehse

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ITU-T/OGF Workshop on NGN and Grids

Steering via SLA

Michael Fehse

Chief Scientist ITO

23 Oct 2006 Geneva

The Vision for IT and NGN.

Global Disperse Service Infrastructure.

Modelled on Principles of Manufacturing Industries.

STEER

COMPUTE

DATA

ARCHIVE

T-Systems M. Fehse

October 2006

Slide 1

The Vision for IT and NGN.

Example: The DATA Object.

Self-managing split-path design.

Entry Point

Deep Inspection

Function Block Mgmt Block virtual LUN

Virtualizer

Normalizer normalized LUN proprietary location independent LUN

Localizer

Disk proprietary location dependent

LUN

Tape

LUN = Logical Unit Number

T-Systems M. Fehse

October 2006

Slide 2

NGN Architecture.

Vision for Networks.

Telco Service

Application

Plane

Delivery and management of content and application functionality

Control

Plane

Set-up, management and tear-down of voice and rich media connections between two or more parties

Transport

Plane

Transport of media and signalling messages and adoption of these at the edge

Aggregation Plane

Aggregation of dedicated traffic type and

Transmission to the transport plane

Access

Customer Equipment

Connection of customer equipment with the network

Interface for the customer (directly or indirectly) with the network

T-Systems M. Fehse

October 2006

Slide 3

Network and IT Visions.

Similarities ?

Good enough to treat them equally!

r q p o n s n physical “terminal” device o creates location independence p abstracts transport, makes all look equal r q p o n n q controls mapping/session, virtualizes allocation r creates the service s manages functional/non-functional req.

s s

T-Systems M. Fehse

October 2006

Slide 4

Raise abstraction level.

Resource becomes service.

Makes objects self½ able services.

“Discovery” matches

Requirements and

Capabilities of Resource and Job , treats them both as services.

Introduces the Concept of Obligations on both sides.

© by OGSA Information Modeling Group

T-Systems M. Fehse

October 2006

Slide 5

Steering of self½ able services via SLA.

WS-Agreement as a base.

Enhancements by UBL, WSDM etc…

Description of:

Parties involved

Validity

Payments

Obligations of Customer and Provider on:

Business Process of Customer

Internal Process of Provider

Component of Service

Technical Component

T-Systems M. Fehse

October 2006

Slide 6

Steering of self½ able services via SLA.

WS-Agreement as a base.

Enhancements by UBL, WSDM etc…

Parties involved:

Service Customer

Service Provider

Supporting Parties

Payments for fulfillment or violation of complete SLA

Payment to the Customer

Payment to the Provider

T-Systems M. Fehse

October 2006

Slide 7

Steering of self½ able services via SLA.

WS-Agreement as a base.

Enhancements by UBL, WSDM etc…

Terms on License Obligations on

Customer or License

Obligations on Provider to fulfill the agreed services

Terms on Obligations on

Customer or Obligations on

Provider to fulfill the agreed services

Non-standardized Notes on this

Agreement

T-Systems M. Fehse

October 2006

Slide 8

Steering of self½ able services via SLA.

WS-Agreement as a base.

Enhancements by UBL, WSDM etc…

Whole term is an Obligation on the Customer or the Provider

Interval of Values and Definition of

Unit to describe success

Get current value and eventually perform statistical expressions

Manage the lifecycle; provision support services, manage using WebServices and get help if cannot decide at this level

Special actions and payments if this term gets violated

T-Systems M. Fehse

October 2006

Slide 9

Steering of self½ able services via SLA.

Automated derivation of operations from contract.

(Current Experiment)

Contract e2e SLA e2e Reporting

SOP

Governance

Legal & Regulatory

Historic Info

Service Model

Infrastructure Monitoring

Operations

T-Systems M. Fehse

October 2006

Slide 10

michael.fehse@t-systems.com

T-Systems M. Fehse

October 2006

Slide 11

T-Systems M. Fehse

October 2006

Slide 12

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