1. DoD Architecture Framework Version 2.0 Illustrative View Examples
USMC EAWG
16 April 2009
Mr. Charles Thornburg
Enterprise Architecture & Standards Directorate
Office of the DoD Deputy Chief Information Officer
(703) 1 1

2. AV-1 Overview and Summary Information - DARS Registration Example

3. AV-1 Overview and Summary Information - DARS Registration Example (Cont.)

4. AV-1 Overview and Summary Information - DARS Registration Example (Cont.)

5. AV-1 Overview and Summary Information - DARS Registration Example (Cont.)

6. AV-1 Overview and Summary Information - DARS Registration Example (Cont.)

7. AV-1 Overview and Summary Information - DARS Registration Example (Cont.)

8. AV-1 Overview and Summary Information – Example 2
Architecture Project Identification
Name: Engineering Developing Center Enterprise
Architect:
Organization Developing the Architecture: Air Force Engineering Developing Center
Assumptions and Constraints:
Date Completed: 03/01/2009
Scope: Architecture Models Identification
Model Developed: OV-1, OV-2, OV-3, OV-4, OV-5a, OV-6c, SV-1, SV-2, SV-3, SV-5a, SV-8, SV-9, StdV-1, StdV-2
Time Frames Addressed: Current Baseline, 07/01/2004 – 07/31/2004
Organizations Involved: Command Group, CIO, Operational Divisions

9. AV-1 Overview and Summary Information – Example 2 (Cont.)
Purpose and Viewpoint
Purpose of the Architecture: Reengineering Major Processes
From whose viewpoint the Architecture is Developed: Commander
Context
Mission: Improved Analysis & Evaluation
Tasking for Architecture Process and linkages to Other Architectures:
Tool and File Formats Used: System Architect tool, Formats: System Architect, Excel, Visio

10. AV-2 Integrated Dictionary Example
Name, DM2 Concept
Description
Administer Process Mgt Program (PWS 6.1:2.3) OPERATIONAL ACTIVITY
Collaboration, communication, and coordination.
- Clearly communicate AEDC and contract priorities.
- Ensure all contracted staff actively collaborate, communicate, and coordinate with each other and their Government counterparts.
- Ensure information exchanges are timely, thorough and accurate.
Advanced Planning & Scheduling SYSTEM FUNCTION
Identify and prioritize all maintenance, repair, and performance improvements needed to meet current and projected operational needs for RDT&E and Test Support assets.
Identify the impacts of requirements not funded and recommend alternatives to satisfy those requirements, including incremental solutions that may be feasible. Alternatives shall include critical timelines for accomplishment. [REF: ATA Procedure, P , 20 Dec 2004]
Advocate Center/Laboratory requirements at AFMC OPERATIONAL ACTIVITY
The Deputy CIO will advocate Center/Laboratory requirements at AFMC in the pursuit of Command enterprise solutions as opposed to the propagation of non-standard local development efforts.
Aeropropulsion O&M PERFORMER
Test operations and maintenance of assets used in direct support of TE20.
Safely provide sustainment of test facility operations and maintenance, ID&C systems operations, test article and test unique facility build-up and installations, procedures writing, and hazard analyses, while providing performance workforce to move within TE to support all product areas.
Aeropropulsion Plant Ops Br PERFORMER
Responsible for plant support of all Aeropropulsion Products Branch testing as well as vacuum plant support for J-4 and J-6 of the Space and Missiles Products Branch. Provide single point integration for operations and maintenance of the ETF and ASTF plants.
Aeropropulsion Products Branch PERFORMER
Management of the Aeropropulsion T&E Branch

11. AV-2 Integrated Dictionary Example 2

12. CV-4 Capability Dependencies Example
Planned Capability
Description
Existing Capabilities
Rules
Desired Effect
Multi-Engine Concurrent testing
The ability to test multiple engines in concurrent test labs
4T, 16T, 16S Test Silo Operations
Test to identical specifications to determine competitive advantage in engine selection
Increased capability to efficiently, concurrently test engines for potential use in Air Force Aircraft
Vertical Engine testing
The ability to test engines in a vertical environment simulating engine burn in an orbiter
White Oak, 16S test Facilities
Test orbiter engines to specification in a vertical environment simulating lift off/ burn in an orbiter
Ability to provide NASA and other vendors with realistic testing capability for large orbiter engines

13. OV-2 Operational Resource Flow Description Example (Traditional)

14. OV-2 Operational Resource Flow Description Example (Net-Centric)

15. OV-2 Comparison

16. OV-5a Activity Decomposition Tree Example

17. PV-1 Project Portfolio Relationships Example

18. PV-2 Project Timelines Example

19. SvcV-6 Services Resource Flow Matrix Example

20. SvcV-6 Services Resource Flow Matrix Example 2

21. SvcV-6 Services Resource Flow Matrix Example 3

22. StdV-1 Standards Profile Example

23. StdV-2 Standards Forecast Example

24. SV-1 Systems Interface Description Example

25. SV-1 Systems Interface Description Example 2
Lockheed Martin
BAE
SBS
BAH
DCO
Print Server
Exchange
DNS
Router
Switch
SATCOM
T-1
DS3
ATM

26. SV-1 Systems Interface Description Example 2 (Cont.)
BAH
DNS
Internet
Print Server
Router
Switch
Exchange
SATCOM
DCO
DNS
T-1
DS3
Print Server
Router
Switch
Exchange
SATCOM
T-1
DS3

27. SV-2 Systems Resource Flow Description Example
Internet
DCO
Devices
Devices
SCI Lan
Modem
Devices
IP Switch
Devices
Unclass Lan
Modem
Devices
Devices
Secret Lan
Modem
Switch
Devices
Devices

28. SV-5a Operational Activity to System Function Traceability Matrix Example

29. Questions? 29