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Methods: General Index  

Methods descriptions are according to General Directive No. 251: "Development Standard for IT Systems of the Federal Republic of Germany: Methods Allocation.

Contents  
  • Category Methods (9)
  • Complex Methods (8)
  • Elementary Methods (38)
  • Individual Methods (36)
  • Id. Abrev Title Activities
    Category Methods (9)
    4.2 ACC Analysis of
    Covert Channels
    SD2.5 - Interface Descr.
    SD4.1 - SW Architecture Design
    SD4.2 - Design of Internal and External SW Interfaces
    SD5.1 - Descr. of SW Component/Module/Database
    SD5.2 - Analysis of Resources and Time Reqmnts.
    SD6.1 - Coding of SW Modules
    SD6.2 - Realization of Database
    SD6.3 - Self-Assesment of the SW Module/Database
    4.10 DVER Design
    Verification
    SD2.5 - Interface Descr.
    SD4.1 - SW Architecture Design
    SD4.2 - Design of Internal and External SW Interfaces
    SD5.1 - Descr. of SW Component/Module/Database
    4.19 FS Formal
    Specification
    SD2.5 - Interface Descr.
    SD4.1 - SW Architecture Design
    SD4.2 - Design of Internal and External SW Interfaces
    SD5.1 - Descr. of SW Component/Module/Database
    4.32 PVER Program
    Verification
    SD6.1 - Coding of SW Modules
    SD6.2 - Realization of Database
    SD6.3 - Self-Assesment of the SW Module/Database
    4.34 REV Review QA4.1 - Determination of Assessability
    QA4.2 - Assessment of the Content of the Product
    PM6 - Phase Review
    4.35 SIMU Simulation
    Models
    SD2.3 - Investigation of Feasibility
    SD5.2 - Analysis of Resources and Time Reqmnts.
    QA4.2 - Assessment of the Content of the Product
    4.36 EMOD Estimation
    Models
    PM1.5 - Generation of Preliminary Plan
    PM4 - Detailed Planning
    4.40 SBM System Behavior
    Models
    SD1.5 - User-Level System Structure
    SD3.3 - Def. of Reqmnts. for the Functionality
    4.47 RELM Reliability
    Models
    SD1.3 - Def. of Criticality and Quality Reqmnts.
    SD3.4 - Def. of Reqmnts. for the Quality of the SW/HS Unit
    Complex Methods (8)
    2.1 GRAPES Graphical Engineering System  
    2.2 IEM Information Engineering Method  
    2.3 ISOTEC Integrated Software Technology  
    2.4 PERFORM PERFORM  
    2.5 SA/RT Structured Analysis with Real-time-Extensions  
    2.6 SDL Specification and Description Language  
    2.7 SEtec Software Engineering Technology  
    2.8 SSADM Structured Systems Analysis and Design Method  
    Elementary Methods (38)
    4.1 AUD Audit QA3 - Process Assessment of Activites
    4.3 BAR Bar Plan SD1.8 - Generation of SW Maintenance and Modification Concept
    SD2.6 - Specif. of System Integration
    SD4.3 - Specif. of SW Integration
    QA1.2 - Generation the Assessment Plan
    PM1.5 - Generation of Preliminary Plan
    PM4 - Detailed Planning
    PM8 - Project Control
    4.4 TREE Tree Diagram PM1.5 - Generation of Preliminary Plan
    PM4 - Detailed Planning
    4.5 BBTD Black Box
    Test Case
    Design
    QA2.3 - Def. of Test Cases
    4.6 CRC Class
    Responsibility
    Collaboration
    SD1.2 - Descr. of Application System
    SD1.4 - Def. of Marginal Conditions
    SD1.5 - User-Level System Structure
    SD2.1 - Technical System Design
    SD3.3 - Def. of Reqmnts. for the Functionality
    SD5.1 - Descr. of SW Component/Module/Database
    4.7 DFM Data Flow
    Modeling
    SD1.1 - Recording of Actual Status and Analysis
    SD1.2 - Descr. of Application System
    SD1.5 - User-Level System Structure
    SD2.1 - Technical System Design
    SD3.2 - Specif. of Reqmnts. for External Interfaces of SW/HW Unit
    SD3.3 - Def. of Reqmnts. for the Functionality
    4.8 DIAL Dialog Design
    Modeling
    SD3.2 - Specif. of Reqmnts. for External Interfaces of SW/HW Unit
    4.9 DNAV Data Navigation
    Modeling
    SD5.1 - Descr. of SW Component/Module/Database
    4.11 ELH Entity
    Life History
    SD3.3 - Def. of Reqmnts. for the Functionality
    4.12 ER E/R
    Modeling
    SD1.1 - Recording of Actual Status and Analysis
    SD1.5 - User-Level System Structure
    SD2.4 - Allocation of User Reqmnts.
    SD3.3 - Def. of Reqmnts. for the Functionality
    4.13 DTAB Decision Table
    Technique
    SD2.6 - Specif. of System Integration
    SD3.3 - Def. of Reqmnts. for the Functionality
    SD4.3 - Specif. of SW Integration
    4.14 EVT Earned Value
    Method
    CM4.7 - Recording Project History
    PM8 - Project Control
    4.15 EXPM Expertise
    Model
    SD1.5 - User-Level System Structure
    4.16 FCTD Functional
    Decomposition
    SD1.1 - Recording of Actual Status and Analysis
    SD1.5 - User-Level System Structure
    SD2.1 - Technical System Design
    SD3.3 - Def. of Reqmnts. for the Functionality
    4.17 FMEA Failure
    Mode Effect
    Analysis
    SD1.3 - Def. of Criticality and Quality Reqmnts.
    SD3.4 - Def. of Reqmnts. for the Quality of the SW/HS Unit
    QA2.3 - Def. of Test Cases
    PM1.5 - Generation of Preliminary Plan
    PM7 - Risk Management
    PM8 - Project Control
    4.18 FNET Function Net
    Modeling
    SD1.5 - User-Level System Structure
    SD3.3 - Def. of Reqmnts. for the Functionality
    4.20 IAM Interaction
    Modeling
    SD1.1 - Recording of Actual Status and Analysis
    SD1.2 - Descr. of Application System
    SD1.4 - Def. of Marginal Conditions
    SD1.5 - User-Level System Structure
    SD2.1 - Technical System Design
    SD2.5 - Interface Descr.
    SD3.2 - Specif. of Reqmnts. for External Interfaces of SW/HW Unit
    SD3.3 - Def. of Reqmnts. for the Functionality
    SD4.1 - SW Architecture Design
    SD4.2 - Design of Internal and External SW Interfaces
    SD5.1 - Descr. of SW Component/Module/Database
    4.21 CFM Control Flow
    Modeling
    SD3.2 - Specif. of Reqmnts. for External Interfaces of SW/HW Unit
    4.22 COM Class/Object
    Modeling
    SD1.1 - Recording of Actual Status and Analysis
    SD1.2 - Descr. of Application System
    SD1.4 - Def. of Marginal Conditions
    SD1.5 - User-Level System Structure
    SD2.1 - Technical System Design
    SD2.5 - Interface Descr.
    SD3.2 - Specif. of Reqmnts. for External Interfaces of SW/HW Unit
    SD3.3 - Def. of Reqmnts. for the Functionality
    SD4.1 - SW Architecture Design
    SD4.2 - Design of Internal and External SW Interfaces
    SD5.1 - Descr. of SW Component/Module/Database
    4.23 LOGM Logical DB
    Modeling
    SD5.1 - Descr. of SW Component/Module/Database
    4.24 MODIAG Module
    Diagrams
    SD4.1 - SW Architecture Design
    SD5.1 - Descr. of SW Component/Module/Database
    4.25 NORM Normalization SD5.1 - Descr. of SW Component/Module/Database
    4.26 NPT Network
    Planning
    Technique
    SD2.6 - Specif. of System Integration
    SD4.3 - Specif. of SW Integration
    QA1.2 - Generation the Assessment Plan
    PM1.5 - Generation of Preliminary Plan
    PM4 - Detailed Planning
    PM7 - Risk Management
    PM8 - Project Control
    4.27 BA Benefit
    Analysis
    SD2.3 - Investigation of Feasibility
    PM2 - Placement/ Procurement
    PM5 - Cost/Benefit Analysis
    PM8 - Project Control
    4.28 ODT Object Design
    Technique
    SD4.1 - SW Architecture Design
    4.29 OGC Organizational
    Chart
    SD1.8 - Generation of SW Maintenance and Modification Concept
    PM1.1 - Setting up the Project
    4.30 PCODE Pseudocode SD5.1 - Descr. of SW Component/Module/Database
    4.31 PRODIAG Process
    Diagrams
    SD1.1 - Recording of Actual Status and Analysis
    SD1.2 - Descr. of Application System
    SD1.4 - Def. of Marginal Conditions
    SD2.1 - Technical System Design
    SD3.5 - Def. of Reqmnts for the Devlpmt and SWMM Env.
    SD4.1 - SW Architecture Design
    4.33 PIM Process
    Interaction
    Modeling
    SD4.1 - SW Architecture Design
    4.37 SSM Subsystem
    Modeling
    SD1.2 - Descr. of Application System
    SD1.5 - User-Level System Structure
    SD2.1 - Technical System Design
    SD2.5 - Interface Descr.
    SD4.1 - SW Architecture Design
    4.38 STAT Static
    Analysis
    QA4.1 - Determination of Assessability
    QA4.2 - Assessment of the Content of the Product
    4.39 STRD Structured
    Design
    SD4.1 - SW Architecture Design
    4.41 T Test QA4.2 - Assessment of the Content of the Product
    4.42 TRDA Trend
    Analysis
    PM8 - Project Control
    4.43 UCM Use Case
    Modeling
    SD1.1 - Recording of Actual Status and Analysis
    SD1.2 - Descr. of Application System
    SD1.4 - Def. of Marginal Conditions
    SD1.5 - User-Level System Structure
    4.44 WBTE White Box
    Test Case
    Design
    QA2.3 - Def. of Test Cases
    4.45 STM State
    Transition
    Modeling
    SD3.3 - Def. of Reqmnts for the Functionality
    SD4.1 - SW Architecture Design
    4.46 STMO State
    Modeling
    in the OO Field
    SD1.1 - Recording of Actual Status and Analysis
    SD1.2 - Descr. of Application System
    SD1.4 - Def. of Marginal Conditions
    SD1.5 - User-Level System Structure
    SD2.5 - Interface Descr.
    SD3.2 - Specif. of Reqmnts. for External Interfaces of SW/HW Unit
    SD3.3 - Def. of Reqmnts. for the Functionality
    SD4.2 - Design of Internal and External SW Interfaces
    SD5.1 - Descr. of SW Component/Module/Database
    Individual Methods (36)
    5.1.2.1 IFA Information Flow
    Analysis
     
    5.1.2.2 SRM Shared
    Resource
    Methodology
     
    5.2.2.1 CDV Classical
    Design
    Verification
     
    5.2.2.2 VD Verification
    during
    Development
    (Design Verification)
     
    5.2.2.3 FT Formal
    Transformation
    (Design)
     
    5.3.2.1 MS Mathematical
    Specification
     
    5.3.2.2 AXIS Axiomatic
    Specification
    (Algebraic Specif.)
     
    5.3.2.3 ALGS Algorithmic
    Specification
     
    5.3.2.4 STRACE Specification
    by Traces
     
    5.3.2.5 STL Specification
    by Temporal
    Logic
     
    5.4.2.1 CPV Classical
    Program
    Verification
     
    5.4.2.2 VDP Verification
    during
    Development
    (Program Verification)
     
    5.4.2.3 FTP Formal
    Transformation
    (Program)
     
    5.5.2.1 TR Technical
    Review
     
    5.5.2.2 OR Operational
    Review
     
    5.5.2.3 SI SW Inspection  
    5.5.2.4 WLT Walkthrough  
    5.6.2.1 FPM Function
    Point
    Method
     
    5.6.2.2 COCOMO Constructive
    Cost Model
     
    5.7.2.1 CSM Continuous
    Simulation
    Models
     
    5.7.2.2 DSM Discrete
    Simulation
    Model
     
    5.7.2.2.1 TCSM Time-
    Controlled
    Simulation
    Models
     
    5.7.2.2.2 EDSM Event-Driven
    Simulation
    Models
     
    5.7.2.2.3 ACSM Activity-Oriented
    Simulation
    Models
     
    5.7.2.2.4 POSM Process-Oriented
    Simulation
    Models
     
    5.7.2.2.5 TOSM Transaction-Oriented
    Simulation
    Models
     
    5.8.2.1 PNET Petri Nets  
    5.8.2.2 STC State Charts  
    5.8.2.3 SDL Specification
    and Description
    Language
     
    5.9.2.1 SM Statistic
    Models
     
    5.9.2.1.1 MGO Model by
    Goel and Okumoto
     
    5.9.2.1.2 ETMM Execution
    Time Model
    by Musa
     
    5.9.2.1.3 LPETM Logarithmic
    Poisson
    Execution Time
    Model by
    Musa and
    Okumoto
     
    5.9.2.1.4 JMM Jelinski-Moranda
    Model
     
    5.9.2.1.5 MSV Model by
    Schick and
    Wolverton
     
    5.9.2.2 MES Model of Error
    Seeding
     

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