Runtime Architecture

The dynamic temporal structure of a system as it executes, distinct from static compile-time architecture.

Neighborhood — ranked by edge-count

claim

Runtime architecture must be explicitly represented in code through lifecycle constructs, not just static class relationships.
gates
Assertion that temporal aspects of system behavior are as important as structural aspects and require first-class treatment.

concept

Backplane
associated_with
Core meta-construct and stable component that manages application lifecycle, initialization, and provides standard interfaces for system development.
Lifecycle Management
associated_with
Explicit construct making system and application state transitions formal, enabling runtime architecture to be dynamic and responsive to change.

cosine ≥ 0.65 · no typed edge

Entities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.

"The runtime architecture of a system" crystallizes the notion that temporal relationships matter more than static code structure.concept0.784
An explicit focus on runtime architecture leads to a more dynamic and changeable system.claim0.781
Core design philosophy of the paper.
Runtime architecture matters more than static compile-time structure for systems supporting change.claim0.761
Architecture as structure (computing)concept0.751
The definition of 'architecture' in computing as the structural design of systems, dating to 1960s mainframes, central to information architecture.
architectural processconcept0.731
The idea that social process must become truly architectural—i.e., morphogenetic, form-creating—to generate a living world.
Image in Architectureconcept0.729
The focus on visual imagery or style that leads to forms not attainable by structure-preserving steps.
Agent architecturesconcept0.727
The varied neural network architectures used in the RL experiments to test whether the alignment phenomenon generalizes across architectures.
Von Neumann Architectureconcept0.724
Discrete digital computing model; paper argues brains fundamentally diverge from von Neumann principles through hybrid, scale-inseparable computation.