V Modell XT Gesamt Englisch V1.3

8/10/2019 V Modell XT Gesamt Englisch V1.3

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Part 1: Fundamentals of the V-Modell

V-ModellXT


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THEV-MODELL XT ISPROTECTEDBYCOPYRIGHT. COPYRIGHT 2006 V-MODELLXT AUTHORSADOTHERS.ALLRIGHTSRESERVED.

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This document was created based on:

E,o/ /el1/e Ve3o4 5. E47l38

E,o/ e493o4e4/ Ve3o4 2.5.

V-Modell XT V-Modell XT! Ve3o4 5.


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Part 1: Fundamentals of the V-Modell 1-3

Table of Contents

1 Introduction .................................................................................................................................. 1 - 45.5 O:;ed3e4e ........................................................................................................... 5 - =

2 Obecti!es and "tructure of the V-Modell ................................................................................. 1 - #

2.5 V-Modell ?@ 1 O3734 ............................................................................................................ 5 - 2.2 T8e V-Modell XT 1 /8e >


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1- Part 1: Fundamentals of the V-Modell

1 Introduction

T8e V-Modell 3 1 o


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! "b#ecti$es and %tructure of the V-Modell 1-&

2 Obecti!es and "tructure of the V-Modell

T8e V-Modell 3 de374ed 1 7>3d14


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1-' Part 1: Fundamentals of the V-Modell

2.2 The V-Modell T as the successor of the V-Modell +

I4 5??@! /8e V-Modell ?@ 1


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! "b#ecti$es and %tructure of the V-Modell 1-(

T8e /14d1d3Fed 14d >43o de-/>1l >4de/14d347 :e/ee4 1ll /1e8olde. T8>! /8e 3e! 13e! >-

l3e 14d de9eloe 3 ed>


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1-) Part 1: Fundamentals of the V-Modell

Fi*ure 1: Tar*et +rous of the V-Modell %ections

A >4d1e4/1l 4oled7e o /8e 3/ /o 1/ 3 /8e ee>33/e o /8e >


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! "b#ecti$es and %tructure of the V-Modell 1-

T8e V-Modell Reee49e o 1ll ole 34ded 34 /8e V-Modell. I4 1dd3/3o4/o 1 de/13led de


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1-1 Part 1: Fundamentals of the V-Modell

$ %asic Conce&ts of the V-Modell

'3/834 /8e 1eo o >/8e de9eloe4/! /8e 1l3/


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3 /asic 0oncets of the V-Modell 1-11

Fi*ure !: "$erall %tructure of the V-Modell and Presentation /ased on the Point of View

T8e elee4/ de /o 4o 1e /8e 11l


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1-1! Part 1: Fundamentals of the V-Modell

A o;el3e$

I4/od>


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$.$ Proect T7&e Variant

&o e1


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Fi*ure &: Process Modules and their 0omonents4or5 Products. T8e e>l/ 14d 34/e3 e>l/ /o:e de9eloed 1e de3741/ed 1 'o Pod>ed 34 1 83e1-


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3 /asic 0oncets of the V-Modell 1-1&

$.# V-Modell Core and Process Module Ma&

T8e Pole>ed 1e e


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1-1' Part 1: Fundamentals of the V-Modell

Fi*ure ': 6Process Module Ma

V-Modell XT, Version 1.3


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3 /asic 0oncets of the V-Modell 1-1(

$., Proect )*ecution "trate(7

T8e V-Modell ?@ e/ od>3ed o /8e e,e/3o4 o 14 1


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1-1) Part 1: Fundamentals of the V-Modell

T8e de

To7e/8e 3/8 /8e o;e


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Fi*ure ): 9ecision +ates of the Pro#ect 78ecution %trate*ies

$.; O!er!ie8 of %asic Conce&ts

A4 3o/14/ 34l/-o3e4/ed 1 1e


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1-! Part 1: Fundamentals of the V-Modell

T8e Po;e


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Mana*ement Mechanisms of the V-Modell 1-!1

4 Mana(ement Mechanisms of the V-Modell

T8e V-Modell de


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1-!! Part 1: Fundamentals of the V-Modell

347 /8e T13lo347 Poe de


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Mana*ement Mechanisms of the V-Modell 1-!3

B1ed o4 /8e /1 14d eo43:3l3/3e!


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1-! Part 1: Fundamentals of the V-Modell

T8>! 1 :13< 1e o 1 de/13led o;e


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Mana*ement Mechanisms of the V-Modell 1-!&

Fi*ure 11: 69ecision +ateand Pro#ect Pro*ress 9ecisionT8e ollo347 od>:3//ed 1/ 1ll dee 52.T8e /1/e o 1 'o Pod>


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1-!' Part 1: Fundamentals of the V-Modell

Fi*ure 1!: Product %tate Model

I4 ode /o


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1-!) Part 1: Fundamentals of the V-Modell

Fi*ure 1: 9ecision +ates and Product 0onfi*urations

T8>! /8e Co437>1/3o4 M1417ee4/3 34/e4ded /o doe4/ /8e e4/ 14d e93o> Pod>1/3o4o 1 /e 14d /8e de7ee o >l3lle4/ o /8e 8343ee4/14d /o e4>e


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A >l3e 1 1l3e. T8e o;e:-A3e14d/8e S>:-S>l3e3ll :e o


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& Pro#ect 78ecution 1-31

Fi*ure 1&: 2c=uirer%ulier nterface

I /8e /e de9eloe4/ o;e:d393-ded 34/o 1o31/e >:-o;e


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1-3! Part 1: Fundamentals of the V-Modell

F1/3o4-el3e1dd /83 ole /o /8e o;e


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' Further 9e$eloment of the V-Modell 1-33

, Further e!elo&ment of the V-Modell

A /o-/17e oe 3 de34ed o /8e 134/e414/8e de9eloe4/ o /8e V-Modell.

T8e oe 3 1lo e


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Part 2: 0 Tour throu(h the V-Modell

V-ModellXT


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E,o/ /el1/e Ve3o4 5. E47l38

E,o/ e493o4e4/ Ve3o4 2.5.

V-Modell XT V-Modell XT Ve3o4 5.


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Part !: 2 Tour throu*h the V-Modell !-3

Table of Contents

1 Introduction .................................................................................................................................. 2 - 45.5 O:;ed3e4e ........................................................................................................... 2 - =

2 Introduction into the "am&le Proect ......................................................................................... 2 - #

2.5 Po;e3ee4/ Se


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!- Part !: 2 Tour throu*h the V-Modell

1 Introduction

1.1 Obecti!esT8e V-Modell To> deo4/1/e /8e >e o /8e V-Modell : le1d347 /8e e1de /8o>78 14 317341- 8o


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! ntroduction into the %amle Pro#ect !-&

2 Introduction into the "am&le Proect

T83 l3e. &o e1


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!-' Part !: 2 Tour throu*h the V-Modell

Fi*ure 1: 6Pro#ect 78ecution %trate*for the Trademar5 and Patent nformation %stem Pro#ect

A/ /8e :e7344347 /14d /8e 3de1 o /8e T1de1 14d P1/e4/ I4o1/3o4 S/e o;e


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! ntroduction into the %amle Pro#ect !-(

41l Po;e


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!-) Part !: 2 Tour throu*h the V-Modell

&341ll /8e E91l>1/3o4 Se/! 34 ode /o :e 1:le /o l3e 1e

ee4/ed 14d 8el /8e 13e /o ee /1l3e o! 834doe4/ed 3/834 /8e 13e o4 Po;e Reo/. C8147e e>e/ e/ 3ll :e


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! ntroduction into the %amle Pro#ect !-

Fi*ure 3: %ummar of the Products of the %amle Pro#ect

I4 /8e ollo347


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!-1 Part !: 2 Tour throu*h the V-Modell

8olde o 83 oeo31l o/ /8e o;e/>e Po;e! 1 e:e o 83


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3 nitiali>in* a Pro#ect !-11

$ Initialiin( a Proect

V-Modell Description: Decision GateProject Approved

n the decision *ate 6Pro#ect 2ro$ed, the 6%teerin* 0ommitteeof the ac=uirer decides - based onthe 6Pro#ect Proosal- whether the 6?e=uest for Proosalshall be initiated.

A/e /8e 3de1 o /8e o;e


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3/31/ed.

A:e o o3347 1/e4/ 14d /1de-1 3ll :e 1l3ed o.

T8e Po;e


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T8e T1de1 14d P1/e4/ Ad343/1/3o4 de


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3 nitiali>in* a Pro#ect !-1&

T8e :>d7e/ 1 de/e34ed : 1 o>78 e/31/e 14d 3 >:;e


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!-1' Part !: 2 Tour throu*h the V-Modell

S/e de9eloe4/ eo44el l3e 3ll :e de/e-34ed : 1 >:l3< Re>e/ o Poo1l. T8e e,e/3o4 o /83 e>e/ o oo1l! /8e >o/

o /8e >l3eJ o;e


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3 nitiali>in* a Pro#ect !-1(

'3/834 /8e >439e3/ 1d343/1/3o4! 1 4e de1/e4/ - /8e T1de1 14d P1/e4/ Ad343/1/3-o4 8e1ded : D3l.-I47. Pl1/o4 - 3ll :e o>4ded. O4 :e81l o /8e T1de1 14d P1/e4/ Ad3-43/1/3o4! D3l.-I47. Pl1/o4 3 1lo eo43:le o /8e o;e1l3/! /8e 1913l1:le eo44el! /8e 1o34/e4/ o eo4 344d 1e de


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!-1) Part !: 2 Tour throu*h the V-Modell

)*ecution:

T8e 37>e o /8e 1/3


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A /o/1l o ?00.000 ee ele1ed o /8e Po;e


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!-! Part !: 2 Tour throu*h the V-Modell

4 efinition of a Proect

V-Modell Description: Decision GateProject Defined

The decision *ate 6Pro#ect 9efinede8amines whether the 6Pro#ect Manualand the 6@2 Manualdescribe the ro#ect correctl. n case of a ositi$e assessment, the 6Pro#ect Manualand the 6@2

Manualsecif the first directi$es and conditions for the ro#ect which - in the course of the ro#ect

- enable the ac=uirer to secif re=uirements and the sulier to desi*n the sstem.

T8e Po;e 81 e


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9efinition of a Pro#ect !-!3

T83 o;e78le o /8e de


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!-! Part !: 2 Tour throu*h the V-Modell

T83 Po;e


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9efinition of a Pro#ect !-!&

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9efinition of a Pro#ect !-!(

/3o4#! /8e o


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9efinition of a Pro#ect !-!

T8e 1:o9e >1l3/ o:;e3ee4/ Se/>e >e 34 ode /o 34


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T8>! /8e o;e


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& %ecification of ?e=uirements !-31

# "&ecification of 3eation. n case of a ositi$e e$aluation, the re=uirements will be documented in form of the wor5

roduct 6?e=uirements %ecification. n addition an e$aluation of re=uirements in accordance with

the riorit assi*ned to the indi$idual re=uirements b the ac=uirer will be submitted. /ased on the-

se documents, the sstem ma be de$eloed b the sulier after the contract has been awarded.

T8e T1de1 14d P1/e4/ I4o1/3o4 S/e /e1 81 e13ee4/ 34 e9e1l 3/e1/3o4.

T8e Re>3ee4/ A41l/ M. So1/e 3 /1ed 3/8 e1347 1 3/ 9e3o4 o /8e Re>3e-

e4/ Se1/e /8ee e>3ee4/ /8oo>78l 3/8 ee/>e >e o /8e /e 3ll 37433


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!-3! Part !: 2 Tour throu*h the V-Modell

A/ /83 /3e! /8e Re>3ee4/ A41l/ M. So1/e 81 1le1d >:3//ed 1 3/ 9e3o4 o e>3e-e4/ /o D. Ode>.

#.2 3e


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T8e 3/ o;e


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& %ecification of ?e=uirements !-3&

A/e 9e d3171! /8e Re>3ee4/ A41l/ D. So1/e dee 1 >43o de


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!-3' Part !: 2 Tour throu*h the V-Modell

Fi*ure &:


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!-3) Part !: 2 Tour throu*h the V-Modell

...

T8e Re>3ee4/ A41l/ M. So1/e de3ee4/ e71d347 1dd3/3o41l >1l3/


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/o /8e >e. T8e 1l3o/ed : 1 8el ode.

& 2( T8e 7183e 34/e143o />e 14do93de /8e e>3ed >43/39e oe1/3o4 >/ :e o3:le! 3.e.! /8e >e

:>/ :e 1:le /o oe1/e /8e /e 3/8o>/ 34/>347 /8e 8el ode. & ( T8e >e 34>/ 34/e11e 1e /o :ee1ed.

...

...

To7e/8e 3/8 1 e! /8e Re>3ee4/ E4734ee "A3e$M. So1/e de34e 1 o>78 1-3e-e4/ 1e /e


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!- Part !: 2 Tour throu*h the V-Modell

T8e 1


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' Aist of Fi*ures !-1

, /ist of Fi(ures



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Part $: V-Modell 3eference Tailorin(

V-ModellXT


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E,o/ /el1/e Ve3o4 5. E47l38

E,o/ e493o4e4/ Ve3o4 2.5.



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Part 3: V-Modell ?eference Tailorin* 3-3

Table of Contents

1 Introduction .................................................................................................................................. $ - #5.5 O:;el3e ................................................................................... - 0.2 Po;el3e$ I4d347 De9eloe4/! E4814l3e$ .......................................................................................... - 5206.55 L3e Cee4/ 14d A41l3 ............................................................................................... - 522

6.5 Del39e 14d A


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3- Part 3: V-Modell ?eference Tailorin*

6.5= D1/347 14d Co43o4 o Co4/1


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1 ntroduction 3-&

1 Introduction

1.1 Obecti!es of the V-Model 3eference

T8e V-Modell Reee4


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3-' Part 3: V-Modell ?eference Tailorin*

T83


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1 ntroduction 3-(

Fi*ure 1: Ae*end for Pictorial 9ia*rams of Process Modules

T8e 3ll>/1/3o4 o /8e Po;ee 28o /8e e14-/31l 1o.

Fi*ure !: Ae*end for Pictorial 9ia*rams of Pro#ect 78ecution %trate*ies



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3-) Part 3: V-Modell ?eference Tailorin*

2 irecti!es and Instructions for Tailorin(

T8e V-Modell3 1 7>3del34e o l144347 14d e,e/347 de9eloe4/ o;e


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! 9irecti$es and nstructions for Tailorin* 3-

o1ll! /83 1l3


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3-1 Part 3: V-Modell ?eference Tailorin*

&37>e ( T13lo347 &1


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3-1! Part 3: V-Modell ?eference Tailorin*

$ Proect Characteristics

T8e Po;e


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3 Pro#ect 0haracteristics 3-13

/e de9eloe4/. A4 e,1le o 1 1e/- 14d e3/-


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$.# "ubect of the Proect

6uestion

'81/ 3 /8e >:;e:;e


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3 Pro#ect 0haracteristics 3-1&

escri&tion

I /8e >e o o-/8e-8el od>e >/ :e /1e4 1/ 14 e1l /e de9elo-e4/ /17e 34 ode /o de/e34e /e elee4/ 83e o 3438ed e o o-/8e-8el od>e 34/e1l3e$ o l17e o;el3e$ >l3ll/1 o /8e A3e! l3e Re>e/ o Poo1l! Co4/1

Ye T8e 11d o >:


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3-1' Part 3: V-Modell ?eference Tailorin*

o T8e 11d o >:


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Pro#ect Tes 3-1(

4 Proect T7&es

A Po;e43/e e9e1l o;e


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Pro#ect Tes 3-1

Fi*ure ': 9ecision +ates of the Pro#ect 78ecution %trate*ies 2$ailable for Pro#ects of the Te %s-

tem 9e$eloment Pro#ect B2c=uirerC

Possible &roect t7&e !ariants: Po;el3e



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Pro#ect Tes 3-!1

Fi*ure (: ?elations between the 6Process Modulefor the Pro#ect Te 6%stem 9e$eloment Pro-

#ect B%ulierC



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3-!! Part 3: V-Modell ?eference Tailorin*

Fi*ure ): 9ecision +ates of the 2$ailable Pro#ect 78ecution %trate*ies for %stem 9e$eloment

Pro#ects of a %ulier

Possible &roect t7&e !ariants: Po;e


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3-! Part 3: V-Modell ?eference Tailorin*

Fi*ure :?elations between the 6Process Modulefor the Pro#ect Te 6%stem 9e$eloment Pro-

#ect B2c=uirer%ulierC



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3-!' Part 3: V-Modell ?eference Tailorin*

Process Modules to be used: Se1/3o4M1417ee4/! Del39e 14d A14


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3-!) Part 3: V-Modell ?eference Tailorin*

Fi*ure 1!: 9ecision +ates of the 2$ailable Pro#ect 78ecution %trate*ies for Pro#ects of the Te

9e$eloment of an "r*ani>ation-%ecific Process Modell

Possible &roect t7&e !ariants: I4/od>


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# Proect T7&e Variants

A o;e14


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& Pro#ect Te Variants 3-31

Proect characteristics to be determined durin( tailorin(

D>e /o /8e o;e


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A/e o;ee e>3ee4/ 3ll :e e1ed 14d >:;e3ee4/E91l>1/3o4. T8e >e 3ll e,134e /8e e>3ee4/ o


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A/e 1 Co4/1l3e$ o


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I /8e >l3e 81 1


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& Pro#ect Te Variants 3-3&

e4/ Sel3ede4d1e4/1l3de1 /81/ /8e A3e 81 e3ee4/ o 1 /e de9eloe4/ o;e/ doe4o/ 14/ /o de9elo /8e o;e:-Po;e:-Po;e:-Po-

;el3e8o>ld 1l1 :e eloed 3 1o;el3e de9elo 1 /e 34 e9e1l S>:-Po;ee /o /8e o;ee /o /8e o;el/3le Po;ee /o /8e o;e


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& Pro#ect Te Variants 3-3(

I /8e o9e1ll o;e1l! /8e od>3ee4/

Se


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3-3) Part 3: V-Modell ?eference Tailorin*

B1ed o4 1ll Po;e Reo/ "S>l3e$ o /8e 34d393d>1l >:-o;e


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lo /8e Oe Aee4/34 ode /o de


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I /8e e,e3e43ee4/ >/ :e od33ed 14d /8e od33l3e$

escri&tions

A 1le1d de4d1e4/1l o /8e V-Modell#! /8e V-Model o93de el3e$.



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I4 /8e o;e3ee4/ l144ed 1/ /8e de1/ed34 3ee4/ 14d

el3341 de374 3ll :e doe4/ed 34 /8e O9e1ll S/e Se


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& Pro#ect Te Variants 3-(

From D%stem nte*rated Brototical de$elomentCD to D%stem 9esi*ned Brototical de$elo-

mentCD

I /8e 34/e71/ed /e 14d e41:l347 /e 1e 1913l1:le! /8e 1l3e.

B1ed o4 /8e ee/ o Poo1l3ll :e e1ed. &o /83

>oe! /8e R&P doe4/ 3ll :e e1ed :1ed o4 /8e R&P Co4


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From D%stem 9esi*ned Brototical de$elomentCD to D%stem %ecified Brototical

de$elomentCD

A/e /8e de


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& Pro#ect Te Variants 3-

From Dteration %cheduledD to DPro#ect Pro*ress ?e$isedD

T8e4 /8e 13e 3 /8e4 /1ed 3/8 >o/347 /8e e,e/3o4 o /8e >l3eJ o;el1 34/e91l! 83e4l3eJ Po;e


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3-& Part 3: V-Modell ?eference Tailorin*

I4 ode /o l14 1 4e 3/e1/3o4 1/e /8e 1


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& Pro#ect Te Variants 3-&1

T8e 13e /e/ /8e Del39e34 ode /o de/e34e 3 /8e e>3ee4/ 1e >l3lled. A/ /8e de


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3-&! Part 3: V-Modell ?eference Tailorin*

A/e /8e de:-o;e


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& Pro#ect Te Variants 3-&3

d3ee4/ >43/! /8e oe/ o Poo1l Rele1edJ /o JCo4/1


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3-& Part 3: V-Modell ?eference Tailorin*

&o JI/e1/3o4 SledJ /o JPo;e


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3-&' Part 3: V-Modell ?eference Tailorin*

T8e o9e1ll /e /o :e del39eed 3ll :e 1o/ed o del39e 34 1


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& Pro#ect Te Variants 3-&(

From D%stem 9esi*ned Bincremental de$elomentCD to D9etailed 9esi*n 0omletedD

A/e /8e del3e.

B1ed o4 /8e ee/ o Poo1l3ll :e e1ed. &o /83>oe! /8e R&P doe4/ 3ll :e e1ed :1ed o4 /8e R&P Co4


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3-&) Part 3: V-Modell ?eference Tailorin*

I E,/e41l U43/ 1e 3de4/33ed 3/834 /8e e/ o Poo1l "A3-e$3 :ode 3 /8e dee/ o Poo1l Re-le1ed. T8e de:ode 1e e,e/ed l3e /8e eee/ o Poo1l Rele1edJ /o JCo4/1


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& Pro#ect Te Variants 3-'1



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3-'! Part 3: V-Modell ?eference Tailorin*

I 13e 14d >l3e 819e 17eed 34 1d914-l3e$! Po:le 14d C8147e M1417ee4/! Po;e1l3/ A>14l3e$! L3e C


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& Pro#ect Te Variants 3-'3

0cti!it7 Flo8

Fi*ure 1': Pro#ect te $ariant Pro#ect B2c=uirerC ncludin* %stem Maintenance

T8e dee4


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3-'' Part 3: V-Modell ?eference Tailorin*

B1ed o4 /8e el3341 de374! 13ee4/ 3ll :e e


143/823

& Pro#ect Te Variants 3-'(

I E,/e41l U43/ 1e 3de4/33ed 3/834 /8e e/ o Poo1l "A3-e$3 :ode 3 /8e dee/ o Poo1l Re-le1ed. T8e de:ode 1e e,e/ed l3e /8e ee:-o;e


144/823


145/823

& Pro#ect Te Variants 3-'

A/e 1 Co4/1


146/823

3-( Part 3: V-Modell ?eference Tailorin*

From D2ccetance 0omletedD to Dteration %cheduledD

I4 ode /o l14 1 4e 3/e1/3o4 1/e /8e 1


147/823

& Pro#ect Te Variants 3-(1

From D%stem 7lements ?eali>edD to D%stem nte*ratedD

All e1l3Fed 81d1e 14d o/1e elee4/ 14d E,/e41l U43/! 83


148/823


149/823

& Pro#ect Te Variants 3-(3

Possible transitions based on eli!er7 Conducted

From D9eli$er 0onductedD to D2ccetance 0omletedD



150/823

3-( Part 3: V-Modell ?eference Tailorin*

I 1ll e>3ee4/ 819e :ee4 /1e4 34/o 1l3e$ I4d347 De9eloe4/! E48143/1:le o /8e de9eloe4/ o 4e /e. D>347 /8e e4814


151/823

& Pro#ect Te Variants 3-(&

I /8e /e 3 371/ed /o 1 4e e493oe4/! e.7. 1 4e 81d1e l1/o o 1 4e >44347 /3ee493o4e4/! /8e Re>3ee4/ 3ll :e :1ed o4 o/8e e1/>e. T8ee 1 34de /8e e,3/347>4l3e$! L3e C


152/823

3-(' Part 3: V-Modell ?eference Tailorin*

0cti!it7 Flo8

Fi*ure 1(: Pro#ect te $ariant Pro#ect B2c=uirer%ulierC ncludin* 9e$eloment, 7nhancement

or Mi*ration

T8e dee4


153/823

& Pro#ect Te Variants 3-((

Possible transitions based on Proetstart

From DPro#ect be*innin*D to DPro#ect 2ro$edD

T8e o/e4/31l 13e! oe1/347 >4de /8e /od31483 o 1 o4o! e1e 1 Po;e


154/823

3-() Part 3: V-Modell ?eference Tailorin*

I /8e od>3ee4/ Se


155/823


T8e e


156/823


157/823

& Pro#ect Te Variants 3-)1

A/e /8e de


158/823


159/823


160/823


161/823


162/823

3-)' Part 3: V-Modell ?eference Tailorin*

I E,/e41l U43/ 1e 3de4/33ed 3/834 /8e e/ o Poo1l "A3-e$3 :ode 3 /8e dee/ o Poo1l Re-le1ed. T8e de:ode 1e e,e/ed l3e /8e eee/ o Poo1l Rele1edJ /o JCo4/1


163/823

& Pro#ect Te Variants 3-)(

&o JAedD

A/e 1edD to D9etailed 9esi*n 0omletedD

I4 ode /o e3/ 14 3/e1/39e e,e/3o4 o de/13led de374 14d e1l3F1/3o4! 3/ 3 o3:le /o 7o :143/! 83 3/e1/3o4!3ll :e de374ed 34 de/13l. T8ee 1


164/823

3-)) Part 3: V-Modell ?eference Tailorin*

Possible transitions based on Proect Pro(ress 3e!ised D0blaufbaustein "ubcontractE

&o JPo;e


165/823

& Pro#ect Te Variants 3-)



166/823

3- Part 3: V-Modell ?eference Tailorin*

From D%stem 9esi*ned Bincremental de$elomentCD to D9etailed 9esi*n 0omletedD

A/e /8e del3e.

B1ed o4 /8e ee/ o Poo1l3ll :e e1ed. &o /83>oe! /8e R&P doe4/ 3ll :e e1ed :1ed o4 /8e R&P Co4


167/823


168/823

3-! Part 3: V-Modell ?eference Tailorin*

Possible transitions based on 0cce&tance Com&leted D0blaufbaustein "ubcontractE

&o JAedD

A/e 1


169/823


170/823


171/823

& Pro#ect Te Variants 3-&

A/e o;ee e>3ee4/ 3ll :e e1ed 14d >:;e3ee4/E91l>1/3o4. T8e >e 3ll e,134e /8e e>3ee4/ o l3e$ I4d347 S/e M134/e414


172/823


Process Modules to be used

D>e /o /8e o;el3e$ I4-d347 S/e M134/e414e &37>e 5. T8e e>e4


173/823


T8e o/e4/31l 13e! oe1/347 >4de /8e /od31483 o 1 o4o! e1e 1 Po;e


174/823


I4 /8e o;e3ee4/ l144ed 1/ /8e de1/ed

34 3ee4/ 14del3341 de374 3ll :e doe4/ed 34 /8e O9e1ll S/e Se


175/823

& Pro#ect Te Variants 3-

Possible transitions based on "7stem "&ecified

From D%stem %ecifiedD to D%stem 9esi*nedD

B1ed o4 /8e el3341 de374! 13ee4/ 3ll :e e


176/823


I E,/e41l U43/ 1e 3de4/33ed 3/834 /8e e/ o Poo1l "A3-e$3 :ode 3 /8e dee/ o Poo1l Re-le1ed. T8e de:ode 1e e,e/ed l3e /8e ee


177/823


I E,/e41l U43/ 1e 3de4/33ed 3/834 /8e e/ o Poo1l "A3-e$3 :ode 3 /8e dee/ o Poo1l Re-le1ed. T8e de:ode 1e e,e/ed l3e /8e ee1/ed 34 1


178/823


179/823


I /8e >l3e 81 1


180/823


A/e 1e/ o Poo1l Rele1edJ /o JCo4/1


181/823

& Pro#ect Te Variants 3-1&

All e1l3Fed 81d1e 14d o/1e elee4/ 14d E,/e41l U43/! 83


182/823


Possible transitions based on eli!er7 Conducted

From D9eli$er 0onductedD to D2ccetance 0omletedD



183/823

& Pro#ect Te Variants 3-1(

I 1ll e>3ee4/ 819e :ee4 /1e4 34/o 1


184/823


Fi*ure 1: Pro#ect te $ariant ntroduction and Maintenance of an "r*ani>ation-%ecific Process

Model

T8e dee4


185/823


From DProcess Model 2nal>edD to DProcess Model mro$ement %ecifiedD

I /8e e>3ee4/ 14d


186/823


I 1ll e>3ee4/ 819e :ee4 /1e4 34/o 1


187/823

' Process Modules 3-111

, Process Modules

Pole1e /8e de:e o A


188/823


T8e Po;e14e. I/ de1/3o4 l14$

Pe1347 "e91l>1/3o4 e493o4e4/! e91l>1/3o4 e1/3o4 eo/$



189/823


/e/.

Te/ 1/ :e ee1/1:le "e91l>1/3o4 e1/3o4 eo/$. T8e >le /81/ /8e od>


190/823


Pur&ose

A Pod>1/3o43 de34ed 1 1 >14/3/ o 1o1/3o4 e493o4e4/! o/1e de9eloe4/ e493o4e4/ e/l3e$! I4/od>


191/823

' Process Modules 3-11&

A4 13e o >e 1 >:3/ e/ e.7. :ee o /e 1l>4l3e! 3>4de/14d347 34 /8e ode! o 4el e


192/823


Pur&ose

T8e ole Del39e 14d A


193/823

' Process Modules 3-11(

Pur&ose

T8e PoleD1/347 14d Co43o4 o Co4/1l3e$.

T8e Po;e1lo 1 M1e-o-B> Del3e$3ll :e ele:


194/823


Pur&ose

T8e PoleSee /81/ /8e e1o4 o e,e/347 1 o-;eo> del3e o /8e /e /o de-374! oe 14d e1l3Fe o/3> /el3e$

,.; )!aluation of Off-the-"helf Products

eed 1/ le1/ o4e( S/e De9eloe4/! Se


195/823


&e>e4/l /8e e>l/ 8o /81/ /8ee 3 1 d31/3o4 o O-/8e-S8el Pod>


196/823


O!er!ie8

T8e ole doe 4o/


197/823

' Process Modules 3-1!1

O!er!ie8

Fi*ure !): Process module %afet and %ecurit B%ulierC

Pur&ose

T8e ole S1e/ 14d Se3/ "S>l3e$ 3 :1ed o4 /8e ole S1e/ 14d Se-3/! l3e-e


198/823

3-1!! Part 3: V-Modell ?eference Tailorin*

Fi*ure !: Process module Aife 0cle 0ost Mana*ement

Pur&ose

T8e PoleL3e C


199/823

' Process Modules 3-1!3

O!er!ie8

Fi*ure 3: Process module Measurement and 2nalsis

Pur&ose

T83 Pole3 34/e4ded /o de3ee4/. I41dd3/3o4! e/3ed o de9elo347 e,e3e4:-

o


200/823


Fi*ure 31: Process module 9eli$er and 2ccetance B%ulierC

Pur&ose

T8e ole Del39e 14d Al3e34/e1


201/823

' Process Modules 3-1!&

T8e oe o>/l34e /8e 1l "S>l3e$. I4 1dd3/3o4! 3/ e #"A3e$# 819e 3de4/3l3l3e$

,.1# "7stem e!elo&ment

eed( *>1l3/ A>14


202/823


203/823

' Process Modules 3-1!(

&o /83 >oe! /8e ole 34de 13ed o :d393ded 34/o /8e /e elee4/ Se7-e4/14d o/1e! 81d1e 14d E,/e41l U43/. T8e e41:l347 /e >o/ /8e /e d>347/8e l3e l3e$!S/e De9eloe4/ Po;e


204/823

3-1!) Part 3: V-Modell ?eference Tailorin*

Pur&ose

T8e PoleH1d1e De9eloe4/ 3


205/823

' Process Modules 3-1!

Pur&ose

T8e PoleSo/1e De9eloe4/3


206/823


Pur&ose

T8e I4/e71/ed Lo73/3< S>o/de1l 3/8 /8e de343/3o4 14d /8e lo73/3< >o/ o /8e /eJl3e 81e 1/e del39e /o /8e 13e. T8e PoleI4/e71/ed Lo73/3< S>o/"ILS$34de 13ee4/.

T8e lo73/3< /3l3F1/3o4! 134/e414e /8e l144ed 1913l1:3l3/ 3/8 343>


207/823


O!er!ie8

Fi*ure 3(: Process module


208/823


O!er!ie8

Fi*ure 3): Process module 7nhancement and Mi*ration of Ae*ac %stems

Pur&ose

T8e ole E4814/8e de9elo347 /e 34 134/e414/8e de9eloe4/ 4o1ll 34de /8e 343ee4/! 83


209/823


O!er!ie8

Fi*ure 3: Process module ntroduction and Maintenance of an "r*ani>ation-%ecific Process Mo-

del

Pur&ose

T83 Pole3 34/e4ded /o 34/od>


210/823


/o /8e ole Po;e


211/823

( 9ecision +ates 3-13&

ecision 5ates

A De


212/823


.$ 3e


213/823

( 9ecision +ates 3-13(

Pur&ose

A/ /8e De:3//ed! /8e S/ee347 Co3//eeo 1 o/e4/31l >l3e e,134e8e/8e /8e Oee1ed :1ed o4 /8e Re>e/ o Poo1l81ll :e >:3//ed 34 3/ ee4/o /o /8e 13e.

I4 :3//ed /o /8e 13e.

A de/13led Po;e


214/823


. Iteration "cheduled

Pod> L3/ 1e e,134ed! 14d 13e14d >l3e 3ll 17ee o4 /8e >:e>e4/ o3ed o /8e 1


215/823


216/823


/8e >443/. T8e od>le 14d E,/e41l U43/ Reo/

Pur&ose

A/ /8e Del3e elo /8e od>1/3o4 Reo/S/e Elee4/o 3ee4/ o /8e 13e.

I4 o/ Doe4/1/3o4e,3/ 34 del39e1:le o.

A de/13led Po;e


217/823

( 9ecision +ates 3-11

A Po;el/3ll :e e1/3o4 Reo/ S/e Elee4/o /8e E91l>1/3o4 Reo/ Do-e4/.

I4 :-$/e >l3ll 83)8e e>3ee4/.

A de/13led Po;el3e$ 1 de


218/823


219/823

( 9ecision +ates 3-13

Pur&ose

A/ /8e De


220/823


A Po;e


221/823

) Tailorin*-?elated Product 9eendencies 3-1&

; Tailorin(-3elated Product e&endencies

T13lo347-el1/ed od>e43ee4/ Se


222/823


;., irecti!es from the "7stem 0rchitecture

T13lo347 34l>e4e4


223/823

) Tailorin*-?elated Product 9eendencies 3-1(

I 1/ le1/ o4e E,/e41l U43/o o4e E,/e41l H1d1e Mod>le o E,/e41l So/1e Mod>-le /o :e :o>78/ 1 o-/8e-8el od>/ :e elele o E,/e41l So/1e Mod>-le /o :e 11ded 1 >:


224/823


+ Process Module Inde*

Proect Mana(ement...................................................................................................................-555Products

Pl144347 14d Co4/ol..................................................................................................................-2E/31/3o4..............................................................................................................................-6

E/31/3o4 o /8e S


225/823

Process Module nde8 3-1

De931/3o4 o /8e Po;ee................................................................................6-26Pl144347 'o P1


226/823

3-1& Part 3: V-Modell ?eference Tailorin*

E91l>1/3o4 C3/e31............................................................................................................-6*>1l333ee4/....................................................................................-=Pod>1/ed..................................................................................................-=Po1/ed.................................................................................................-=*>1l3/ A>141l3/ Go1l 14d Re>3ee4/.................................................................6-5De/e34347 /8e S1/3o4..............................................................................6-5

De/e34347 O7143F1/3o4 14d D3e1/3o4"Pole*>1l3/ A>141/3o4 Reo/ Pod>1/3o4.............................................................................-62

E91l>1/3o4 O:;e1/3o4 Re>l/.............................................................................................................-6



227/823

Process Module nde8 3-1&1

A41l3 o Re>l/ 14d Poo1l o Coe1l3/ A>141/347 Pod>1/3o4.........................................................................................6-=?Pe1347 E91l>1/3o4 Se1/3o4 14d C8147e M1417ee4/"PolePo;e77e/ed Sol>/3o4 14d Co4e>e4


228/823

3-1&! Part 3: V-Modell ?eference Tailorin*

De L3/.............................................................................................6-=5

Ree/.............................................................................................6-=2E91l>1/347 C8147e Re>e/.............................................................................................6-=

Ud1/347 C8147e S/1/> L3/.............................................................................................6-=Pe1347 Po:le Reo/)C8147e Re>e/..........................................................................6-@

eli!er7 and 0cce&tance D0c1/3o4"Pole*>1l3/ A>141/347 Del39e...............................................................................................................6-65Ve3347 "P1/31l$ Del39e..............................................................................................6-65V1l3d1/347 "P1/31l$ Del39e.............................................................................................6-65

Pe1347 E91l>1/3o4 Se3ee4/..................................................................6-60De/e34347 E91l>1/3o4 E493o4e4/..............................................................................6-60

raftin( and Conclusion of Contract D0cl3e$................................-=A44e, ( Co4/11l "S>l3e$.....................................-=

Co4/1...............................................................................................................-=C3/e31 C1/1lo7 o Aee4/ o Oe.............................................................................-0

Del39e "S>l3e$................................................................................................................-



229/823

Process Module nde8 3-1&3

Oe "S>l3e$......................................................................................................................-5Oe Aee4/...................................................................................................................-2

Oe Rel3e$....................................................-0A44e, ( D3e1l "S>l3e$..........................................................-0

R&P Co41/3o4 o Al/e41/39e.........................................................................-@?Sele3del34e........................................................-@?D3/3:>/3o4 L3/................................................................................................................-@?

Pl144347 14d Co4/ol"Pole Po;e1l3/ A>14l3e..................................................................-Reo/347"PolePo;e


230/823


231/823

Process Module nde8 3-1&&

Re>3ee4/ Sel/3le

Po;e3ee4/! R3 A1l3/ A>141/3o4 See...........................................................................................-500

I4o1/3o4 Se3/ Co41/3o4 Co4e...-56

S/e Ilee4/1/3o4! I4/e71/3o4 14d E91l>1/3o4 Co4


232/823

3-1&' Part 3: V-Modell ?eference Tailorin*

O9e1ll S/e See...................................................6-?

Pe1347 D1/1 Po/e


233/823

Process Module nde8 3-1&(

Pe1347 Coee/ o Poo1l......................................................................................-5

Re>3ee4/ A41l3......................................................................................................-5S>77e/ed Tee 14d Co4d3/3o4.......................................................................................-20Oe - Le71l 14d Coee 14d Co4d3/3o4...................................................-20A44e, 5( Sel3e$...........................................-25



234/823

3-1&) Part 3: V-Modell ?eference Tailorin*

Re>e/ o Poo1l "A3e$............................................................................................-5@S/1/ee4/ o Al3e$............................................................................................6-?Co4d347 1 Co4/1 "S>l3e$.......................................................................6-50O:/134347 /8e S/1/ee4/ o A1/3o4"Pole*>1l3/ A>141/3o4 Poe S/e Elee4/..................................................................................-@2E91l>1/3o4 Reo/ S/e Elee4/.......................................................................................-@

E91l>1/3o4 O:;e1/3o4 Re>l/.............................................................................................................-@=A41l3 o Re>l/ 14d Poo1l o Coe1/3o4 E493o4e4/...................................................................................................-@2Allo1/3o4 C1e.........................................................................................-@2

Lo73/3< Elee4/.....................................................................................................................-56@I4-Se93o/ Doe4/1/3o4.........................................................................................-5@=T134347 Doe4/1/3o4......................................................................................................-56P1/3e4/1/3o4............................................................................................-56?

Pl144347 14d Co4/ol"Pole Po;e3ee4/ 14d A41le"Pole Po;e De


235/823

Process Module nde8 3-1&

Re1l3F1/3o4 Poe 14d E493o4e4/.......................................................................-5I4/e71/3o4 Poe 14d I4/e71/3o4 Pl14...................................................................-5I4/1ll1/3o4 Poe 14d T17e/ E493o4e4/...........................................................-5E91l>1/3o4 Poe 14d S/1/e7...............................................................................-5?

S/e Elee4/ /o :e E91l>1/ed...................................................................................-5?S/e A


236/823


E91l>1/3o4"Pole*>1l3/ A>141/347 S/e Elee4/...................................................................................................6-

Ve3347 S/e Elee4/................................................................................................6-?V1l3d1/347 S/e Elee4/...............................................................................................6-?

Pe1347 E91l>1/3o4 Se3ee4/..................................................................6-De/e34347 E91l>1/3o4 E493o4e4/..............................................................................6-

Re1l3F347 E91l>1/3o4 Poe S/e Elee4/.................................................................6-Lo73/3< Elee4/.....................................................................................................................-56@

De34347 I4-Se93o/ Doe4/1/3o4...............................................................6-5Pe1347 T134347 Doe4/1/3o4......................................................................................6-5=@

Re>3ee4/ 14d A41le"Pole Po;e De1/347 Re>l/............................................................................................................6-50

S/e De374..........................................................................................................................-5=0Pe1347 E41:l347 S/e A


237/823

Process Module nde8 3-1'1

Pe1347 O9e1ll S/e Se3ee4/..........................................................................6-555A41lF347 S/e L3e Cle..................................................................................................-55H1d1e Coo4e4/..........................................................................................................-556H1d1e Mod>le................................................................................................................-55H1d1e U43/......................................................................................................................-55

S/e Se


238/823


239/823

Process Module nde8 3-1'3

S/e Se


240/823


Lo73/3< S>o/ Al/e41/39e 14d Co11/39e E91l>1/3o4...........................................-5@Lo73/3< S>o/ De374..................................................................................................-5@?Lo73/3< Reo>o/1:3l3/ 14d I4/od>3ee4/......................................................................-5@6Re>3ee4/ T1


241/823

Process Module nde8 3-1'&

De34347 S1e P1/ C1/1lo7...............................................................................................6-55De34347 S1e P1/ C1/1lo7>e......................................................................................6-52A3347 D1/1 o S1e P1/ C1/1lo7..........................................................................6-52De9elo347 S1e P1/ C1/1lo7.....................................................................................6-52

Co3l347 14d I4/e71/347 S1e P1/ C1/1lo7..............................................................6-52Pe1347 M134/e414sabilit7 and )r(onomics...........................................................................................................-50Products

E91l>1/3o4"Pole*>1l3/ A>141/3o4 Reo/ U1:3l3/..................................................................................................-6

E91l>1/3o4 O:;e1/3o4 Re>l/.............................................................................................................-6?A41l3 o Re>l/ 14d Poo1l o Coe1/3o4 E493o4e4/...................................................................................................-6Allo1/3o4 C1e.........................................................................................-6

Re>3ee4/ 14d A41le"Pole Po;e3de$.................................................................................-5=6De374 P34le o Oe1/3o4 Elee4/.............................................................................-5=@

0cti!ities

E91l>1/3o4"Pole*>1l3/ A>141/347 U1:3l3/..............................................................................................................6-=

Ve3347 U1:3l3/............................................................................................................6-V1l3d1/347 U1:3l3/...........................................................................................................6-

Pe1347 E91l>1/3o4 Se3ee4/..................................................................6-De/e34347 E91l>1/3o4 E493o4e4/..............................................................................6-=

Re>3ee4/ 14d A41le"Pole Po;e


242/823

3-1'' Part 3: V-Modell ?eference Tailorin*

Ide4/3347 14d S/>347 Oe1/3o4 Elee4/............................................................6-52De/e34347 De374 R>le..............................................................................................6-526

)nhancement and Mi(ration of /e(ac7 "7stems.....................................................................-55Products

Re>3ee4/ 14d A41le"Pole Po;e4


243/823

Process Module nde8 3-1'(

P3lo/347 Co43ee4/ 14d A41le"Pole Po;e


244/823

3-1') Part 3: V-Modell ?eference Tailorin*

Se43ee4/........................................................................6-6@Pe1347 O>/l34e o S/e L3e C3ee4/.................................................................................6-6

Sel/..........................................................................................6-@5



245/823

1 Process Module nde8 B2lhabeticalC 3-1'

1' Process Module Inde* D0l&habeticalE

Proect Mana(ement...................................................................................................................$-1116ualit7 0ssurance........................................................................................................................$-112

Confi(uration Mana(ement.......................................................................................................$-11$

Problem and Chan(e Mana(ement...........................................................................................$-114

eli!er7 and 0cce&tance D0csabilit7 and )r(onomics...........................................................................................................$-1$'

)nhancement and Mi(ration of /e(ac7 "7stems.....................................................................$-1$1

Introduction and Maintenance of an Or(aniation-"&ecific Process Model.........................$-1$2

Mana(ement of Multi&le Proects.............................................................................................$-1$4



246/823

3-1( Part 3: V-Modell ?eference Tailorin*

11 /ist of Fi(ures

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V Modell XT Gesamt Englisch V1.3

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Transcript of V Modell XT Gesamt Englisch V1.3