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Courses > Modeling
DoDAF Specifications, Models and Examples
Views  
Zu Tao
Founder of Pitaya Software Engineering
 
Time Location: Beijing, October 30-31; Shenzhen and Shenzhen open classes Based on registration
Course Cost：1400 $/Person
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Internal Training: You can customize internal training according to the needs of the enterprise.

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    • The qualified person shall be issued a certificate as proof of vocational skill qualification

    The DoDAF is a system Architecture Framework developed by the U.S. Department of Defense to guide and regulate the systematization and informationization of the U.S. military. DODAF can be used as a reference blueprint for the system architecture design of military informatization, comprehensively considering many aspects such as business, data, application, technology, standards, and project implementation. In order to carry out top-level design for large-scale and complex systems, and guide future system construction. The eight views of DODAF can provide a roadmap and modeling framework for the analysis and design of complex military systems in an all-round and whole-process manner.

    This course will explain the overall design process of the DoDAF architecture with a complete example, allowing participants to understand the relevant methods, modeling, and operational roadmap.
     
    Training Goal

    • 1. Master the basic framework of DODAF.
      2. Learn various viewpoints and models of DODAF
      3. Learn the development and modeling methods of various perspectives of DODAF
      4. Learn UPDM modeling framework and standards
      5. Learn how to implement DODAF with UAF
      6. Master the development process and methods of the architecture and apply them to practice.
    Training Target：Chief Engineer, Architect, System Architect and Software Architect of Various military units
    Student Foundation: Basic understanding of DoDAF
    Teaching Method: Customized Course + Case Explanation + Group Discussion, 60% Case Explanation, 40% practice exercise
    Training Content: 2 Days
    DoDAF and Architecture Introduction
    		 What is DoDAF
    Relationship between DoDAF and architecture
    What does DoDAF have
    DoDAF and MoDAF and UPDM differences and connections
    Relationship between DoDAF, UPDM, and UAF
    DoDAF's current application in the military industry
    DoDAF Foundation What views do DoDAF have
    Why do you need these views
    What elements are in these views
    The relationship between these views
    DoDAF Modeling Basics DoDAF modeling specifications that can be adopted
    The elements modeled for each view
    The relationship between the individual views modeled
    Mapping between individual view models
    Panoramic View What is a panoramic view
    Why do I need a panoramic view
    What are the contents of the panoramic view
    Panoramic view case analysis
    AV-1: Summary information
    AV-2: Integrated dictionary
    Capability Perspective What is the capability perspective
    Why do I need a capability perspective
    What are the contents of the capability perspective
    Ability perspective case analysis
    CV-1: Capability Vision
    CV-2: Capability classification
    CV-3: Capability stage
    CV-4: Capability dependent
    CV-5: Capability - Organization Development mapping
    CV-6: Capability - Operational Mapping
    CV-7: capability-service mapping
    Operational Viewpoints and Models of DoDAF What is the operational viewpoint
    Why do we need a combat viewpoint
    What are the contents of the combat view
    Case analysis of combat viewpoint
    OV-1: High level operational concept map
    OV-2: Combat resource flow description
    OV-3: Combat resource flow matrix
    OV-4: Organization relationship diagram
    OV-5a: Combat activity decomposition tree
    OV-5b: Combat activity model
    OV-6a: Combat rules model
    OV-6b: Combat state transition model
    OV-6c: Operational incident tracking description
    DIV-1: Conceptual data model
    DIV-2: Logical data model
    System Viewpoint and Model of DoDAF What is a system viewpoint
    Why do I need a system viewpoint
    What are the contents of the system viewpoint
    System view case analysis
    SV-1: indicates the description of the system interface
    SV-2: indicates the description of the system resource flow
    SV-3: system association matrix
    SV-4: Description of system functions
    SV-5a: Combat Activity - System Function tracking matrix
    SV-5b: Combat Activity - System tracking Matrix
    SV-6: indicates the system resource flow matrix
    SV-7: System measurement matrix
    SV-8: indicates the description of system evolution
    SV-9: System Technology and Skill forecasting
    SV-10a: System rule model
    SV-10b: Description of system status change
    SV-10c: Description of system event tracing
    DIV-3: Physical data model
    DoDAF Service Perspective and Model What is a service perspective
    Why do I need a service perspective
    What are the contents of the service viewpoint
    Service perspective case analysis
    SvcV-1: Service background description
    SvcV-2: indicates the description of the service resource flow
    SvcV-3a: System-service matrix
    SvcV-3b: service-service matrix
    SvcV-4: indicates the description of service functions
    SvcV-5: Combat Activity-Service tracking Matrix
    SvcV-6: indicates the service resource flow matrix
    SvcV-7: Service measurement matrix
    SvcV-8: indicates the description of service evolution
    SvcV-9: Service Technology and Skill Forecasting
    SvcV-10a: Service rule model
    SvcV-10b: indicates the description of service status transition
    SvcV-10c: service event tracing description
    Project Viewpoint What is a project perspective
    Why do I need project viewpoints
    What are the contents of the project viewpoint
    Project perspective case analysis
    PV-1: Project portfolio relationship
    PV-2: project schedule
    PV-3: Project-capability mapping
    DoDAF Standard View What is the standard viewpoint
    Why do you need a standard viewpoint
    What are the contents of the standard viewpoint
    Standard viewpoint case analysis
    StdV-1: Standard overview
    StdV-2: Standard prediction
    Introduction to UAF What is UAF
    Relationship between UAF and DoDAF
    Content parsing of UAF
    How to transition to UAF
    Advanced topics in Aarchitecture Design Describes the methodology and language for architectural design
    Collaborative design and integration of architecture
    Architecture verification
    Architecture evaluation and optimization
    Continuity between architecture and simulation
    Relationship between DoDAF and JCIDS, CMMI, etc
    Relationship between DoDAF and UPDM
     
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