fpf.tools
Library / Systems Engineering Principles Framework
Jump to passage
In this reading
Source · lines 6109–6122

Link to current text

Published source confirmed at last check

Source changed 2026-10-03 11:52:20 UTC · snapshot created 2026-10-03 11:53:41 UTC · last check 2026-10-03 13:35:10 UTC

SYSE.18:11 - SoTA and Source Use

Source lineRetained contributionLimit and guard
Papadopoulos, Tortola, and Geyer 2024 and Baldwin et al. 2024Several interdependent decision centres should be compared through their setting, operations, outcomes, and feedback over time.The reviews report broad terminology, beneficial and harmful outcomes, and long-term evidence gaps; they establish no universally better governance arrangement.
Raz et al. 2024Connect mission tasks, constituent capabilities, candidate configurations, consistency, and bounded alternative evaluation.One simplified defence-funded demonstration establishes neither a universal ontology nor cross-domain effectiveness.
Swickline, Mazzuchi, and Sarkani 2024Preserve separately maintained model sources while forming a larger behaviour and structure description.One SysML/Cameo Method and lunar-rover case supplies description Work, not physical integration or universal architecture.
Ashfaq et al. 2026A systematic review retains several runtime-composition problems, solution families, tools, and evaluations for dynamic software-intensive Systems.Software-intensive scope and unresolved sociotechnical alignment prevent a universal integration Method.
SEBoK, “Applying the Systems Approach,” 2026 revisionConcurrent, iterative, and recursive use of Systems Engineering across several Systems of interest.Older lifecycle and requirements framing and component stop rules are not retained as this pattern’s structure.

This is a bounded expert synthesis, not evidence of field prevalence or causal superiority. Reopen a used source claim when later systematic comparison changes its decision-centre, outcome, feedback, integration, or transfer boundary.