Status: IN
DIP provides a principled foundation that spans both temporal and structural dimensions of coupling management: its structured architectural mechanism aligns with the interface coupling lifecycle (Bridge's proactive abstractions and Adapter's reactive boundary adaptations are consistent with dependency inversion principles), while structural patterns achieve DIP-backed boundary completeness through orthogonal coverage (Adapter/Facade implementing abstraction dependence at system edges, wrapping patterns managing coupling internally) — suggesting that DIP serves as a significant unifying theory connecting coupling management practice across both dimensions.
DIP's temporal lifecycle grounding + structural boundary realization provides unified coupling governance across all dimensions
Depends on (SL): dip-grounds-coupling-lifecycle, structural-dip-boundary-completeness