![]() |
![]() |
![]() |
|
![]() |
|||
| SD 3.3: Definition of Requirements for the Functionality |
SE3.3 - Anf. an die Funktionalität definieren
Contents
|
|
|
|---|
Product Flow
| From | Product | to | Methods | Tool Req. | Ext. Norms | |||
|---|---|---|---|---|---|---|---|---|
| Activity | State | Chapter | Title | Activity | State | |||
| SD1 | accepted | All | User Requirements | - | - | |||
| SD2 | accepted | All | System Architecture | - | - | |||
| SD3.1 SD3.2 |
being proc. | Existing | Technical Requirements | - | - | |||
| - | - | 5.x.2 | Technical Requirements. Overall Function of Element |
SD3.4 SD3.5 |
being proc. |
COM (2) CRC (2) DFM DTAB (6) ELH (5) ER (1) FCTD FNET (4) IAM (2) SBM/ (4) STM (7) STMO (3) |
SSD01 SSD04 SSD05 SSD06 SSD07 SSD08 SSD21 SSD22 SSD27 SSD28 |
|
+ "Chapter" are extra columns from the original printed version of GD 250
Handling
The functionality to be realized by the SW Unit/HW Unit has to be identified and to be established. The requirements with regard to the reactions of the SW Unit/HW Unit in a normal and in an exceptional case must be defined.
Here the functionality of HW Units also includes electrical, mechanical and optical function parts.
Roles
| Role | Participation |
|---|---|
| System Designer | responsible |
Methods
| Product | Methods Allocation | Use |
|---|---|---|
|
Chapter 5.x.2 Technical Requirements. Overall Function of Element |
COM - Class/Object Modeling (2) | Generate |
| CRC - Class Responsibility Collaboration (2) | Generate | |
| DFM - Data Flow Modeling | Generate | |
| DTAB - Decision Table Technique (6) | Generate | |
| ELH - Entity Life History (5) | Generate | |
| ER - E/R Modeling (1) | Generate | |
| FCTD - Functional Decomposition | Generate | |
| FNET - Function Net Modeling (4) | Generate | |
| IAM - Interaction Modeling (2) | Generate | |
| SBM - System Behavior Models/ (4) | Generate | |
| STM - State Transition Modeling (7) | Generate | |
| STMO - State Modeling in the OO Field (3) | Generate |
Tools Requirements
External Norms
Links to the V-Model Mailinglist
(2) The methods have to be applied in object-oriented developments.
(3) Method STMO is to be applied for the dynamic system modeling in object-oriented procedures.
(4) Method SBM is to be applied for realtime applications or respectively distributed systems with a high level of criticality. Method FNET is to be applied for information systems.
(5) Method ELH is to be applied for information systems.
(6) Method DTAB is to be applied for the description of complex facts and circumstances.
(7) Method STM is to be applied if complex situations have to be considered during the run of the function or the process.


This page online
GDPA Online
Last Updated 04.Mar.2004 by
C. Freericks