Difference between revisions of "Agile Systems Engineering"
(Created page with " ---- '''''Lead Author:''''' ''NAME'', '''''Contributing Authors:'''''Name, Name ---- Intro Paragraph ==Header== ==References== ===Works Cited=== None. ===Primary Refere...") |
(New content) Tag: visualeditor |
||
| Line 3: | Line 3: | ||
'''''Lead Author:''''' ''NAME'', '''''Contributing Authors:'''''Name, Name | '''''Lead Author:''''' ''NAME'', '''''Contributing Authors:'''''Name, Name | ||
---- | ---- | ||
| − | + | For a system, a “[[Life cycle|lifecycle]]” [G] usually starts at the concept definition phase, moves through stages until completion of this system, as defined in the concept definition stage. A “model” [G] of the life cycle may be a physical, data or graphic representation of that life cycle. The “process” [G] describes the steps to accomplish each stage of the life cycle including input to and output from this stage. Today’s complex and increasingly highly connected systems face rapid obsolescence under the stress of technological change, environmental change, and rapidly evolving mission needs. For these systems to remain robust against disruption they must be architected to agilely adapt. To meet these needs, the system must be assessed to apply the process that best serves the system, subsystem or component of the system of interest (SOI) [G]. | |
==Header== | ==Header== | ||
Revision as of 22:13, 27 April 2022
Lead Author: NAME, Contributing Authors:Name, Name
For a system, a “lifecycle” [G] usually starts at the concept definition phase, moves through stages until completion of this system, as defined in the concept definition stage. A “model” [G] of the life cycle may be a physical, data or graphic representation of that life cycle. The “process” [G] describes the steps to accomplish each stage of the life cycle including input to and output from this stage. Today’s complex and increasingly highly connected systems face rapid obsolescence under the stress of technological change, environmental change, and rapidly evolving mission needs. For these systems to remain robust against disruption they must be architected to agilely adapt. To meet these needs, the system must be assessed to apply the process that best serves the system, subsystem or component of the system of interest (SOI) [G].
Header
References
Works Cited
None.
Primary References
None.
Additional References
None.