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1 CIM OSA CIMOSA Computer Integrated Manufacturing Open System Architecture 1 David CHEN IMS-LAPS, University Bordeaux 1

1 CIM OSA CIMOSA Computer Integrated Manufacturing Open System Architecture 1 David CHEN IMS-LAPS, University Bordeaux 1

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1

CIMOSA

CIMOSA

Computer Integrated Manufacturing Open System Architecture

1

David CHEN

IMS-LAPS, University Bordeaux 1

2

CIMOSA

ESPRIT PROJECT CIMOSA - Consortium AMICE

d i g i t a l

SIEMENS

ICL

CAP GEMINI SESABelgium

Etc.

3

CIMOSA

Enterprise Engineering and Enterprise Modelling based on CIMOSA

Definitions of Enterprise Modelling

Ref. F. Vernadat (2004)

The art of externalising knowledge which adds value to the enterprise or needs to be shared, i.e. to describe the things of the enterprise

Concerns function, behaviour, information, resource, organisation, economic or other aspects of a business entity

Used to represent the structure, behaviour, components and operations of a business entity to understand, (re)engineer, evaluate, optimise and even control business operations and performance

Must be open to simulation/analysis and decision support

4

CIMOSA

Enterprise Engineering and Enterprise Modelling based on CIMOSA

ABC Enterprise

Organisation ModelFunctional Model

Economic Model

Resource ModelInformation Model

Ref. F. Vernadat (2004)

Enterprise Model Structure

5

CIMOSA

Enterprise Engineering and Enterprise Modelling based on CIMOSA

Goals of Enterprise modelling

Ref. F. Vernadat (2004)

to understand/explain

to experiment (analyse, compare, test, evaluate/predict performances)

to learn & decide (what-if scenarios)

Major advantage: to build a common consensus on how enterprise operations work (or should work)

to operate/control

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CIMOSA

Enterprise Engineering and Enterprise Modelling based on CIMOSA

Enterprise modelling

Reasons Benefits

Provide decision support through model-based simulation of process alternatives

Use model-based process monitoring and control in enterprise operation

Enhanced Decision Making capabilities through use of up-to-date model information

Improved process operation through availability of up-to date model information

Obtain common understanding More efficient process operation through ease of communication between participants

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CIMOSA

Enterprise Engineering and Enterprise Modelling based on CIMOSA

CIMOSA

CIMOSA Modelling Framework

CIMOSA Integrating Infrastructure

CIMOSA Modelling Language

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CIMOSA

CIMOSA APPROACH

IntegratingInfrastructure

Referencearchitecture

Modelling Release

Particular implementationmodel

Implemented in

IntegrateControl

- Modelling framework- Integrating infrastructure

Enterprise (not integrated)

IntegratedEnterprise

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CIMOSA

Integration Levels

(AMICE, 93)

BUSINESS INTEGRATION

APPLICATION INTEGRATION

PHYSICAL SYSTEM INTEGRATION

CIM Integration

CIM Evolution

Knowledge-Based Decision Support Business Control

Automated Business Process Monitoring

Production and Process Simulation

Portable Applications Distributed Processing

Common Services/ Execution Environment

Common (Shared) Data Resources

Inter System Communication/ Network Configuration & Management

Data Exchange Rules and Conventions

Physical Systems Interconnection

*

*

*

*

*

*

*

*

*

1970 1980 1990 2000

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CIMOSA

CIMOSA Modelling Framework

Generation of Views

Instantiation of Building Blocks

Information View

RequirementsDefinition Model

DesignSpecification Model

ImplementationDescription Model

ParticularModel

ReferenceArchitecture

PartialModels

GenericConstructs

Function View

Resource View

Organization View

Derivation of Models

EU AMICE Project:

- Three modeling levels

- Four modeling views

- Three instantiation levels

Particular A

rchite

cture

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CIMOSA

CIMOSA Modelling Framework

12

CIMOSA

CIMOSA Integrating Infrastructure

The Integrating Infrastructure provides a set of service entities for model engineering and enterprise operation control.

Hardware System Y

OperatingSystem B

OSI7654321

NetworkSupportServices

Hardware System Z

OperatingSystem C

OSI7654321

NetworkSupportServices

Node 2 Node 3

Hardware System X

OperatingSystem A

OSI7654321

NetworkSupportServices

System Wide Business Process Management Services

System Wide Information Management Services

System Wide Exchange Services

System Wide Front End Services

Node 1

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CIMOSA

The CIMOSA Enterprise System Life Cycle

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CIMOSA

CIMOSA Modeling View concept

VIEW: Perception of real world according to a viewpoint

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CIMOSA

Enterprise Engineering and Enterprise Modelling based on CIMOSA

CIMOSA Enterprise Modelling - Business Process Modelling

• CIMOSA Modelling Function View Information View Resource View Organisation View

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CIMOSA

Relations Between Views at the Requirements Definition level

INFORMATIONVIEW

ORGANISATIONVIEW

FUNCTIONVIEW

RESOURCEVIEW

ENTERPRISEOBJECT

ENTERPRISEFUNCTION RESOURCE ORGANISATION

UNIT

CAPABILITY

RESPONSIBILITY

AUTHORITYOBJECTVIEW

AREINPUT/

OUTPUT

TO EXECUTEWITH

WHAT

ON

PROVIDE

HAS

FOR

OF HAS

REQUIRE

IMPLEMENTEDAS

Modeling language constructs:

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CIMOSA

CIMOSA Process Based Modelling

Domains with interacting Domain Processes

Decomposition of a Domain Process into Business Processes and Enterprise Activities

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CIMOSA

Definition of Enterprise Activities

Domain Process Representation as a network of Enterprise Activities

Enterprise Activity with Inputs and Outputs

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CIMOSA

Enterprise Engineering and Enterprise Modelling based on CIMOSA

Applications of Enterprise ModellingExample: Extended Enterprise / Supply Chain

20

CIMOSA

Enterprise Engineering and Enterprise Modelling based on CIMOSA

CEN/ISO 1439 Framework Enterprise Modelling

Provides a common conceptual high-level framework within which key concepts of the enterprise can be identified, documented and shared with partners.

Established ‘the cube’ with its three dimensions of:

modelling levels –different lifecycle stages (requirements definition, design specification, implementation description);genericity – providing generic concepts which are then specialised to a particular industry sector and finally to a specific enterprise; and

views – classifying concepts by four areas of concern or modeller viewpoint (function, information, resource and organisation).

21

CIMOSA

Enterprise Engineering and Enterprise Modelling based on CIMOSA

func

tion

vie

w

info

rmat

ion

vie

w

reso

urce

vie

w

org

anis

atio

n v

iew

enter

prise

mode

l view

genericity

parti

cular

leve

l

partia

l leve

l

gene

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vel

concept definition

domain identification

requirements definition

design specification

implementation description

domain operation

decommission definition

reference part

particular level

not defined at thedomain operation phase

ente

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odel

pha

se

CEN/ISO 19439 Framework for Enterprise Modelling