concept
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concept:class-based-inheritance-and-dynamic-bindingClass-Based Inheritance and Dynamic Binding
Specific instantiation of delegation using τ (type/class pointer) and σ (superclass pointer) as well-known keys, implementing Smalltalk-like inheritance.
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Concepts (4)
concept
- Combining α1 with τ (type) and β1 with σ (supertype) to model class-based OO with inheritance in the associative model.
- Class-based inheritancerelated_to
- SmalltalkcitesCanonical example throughout paper of dynamic dispatch and late-binding mechanisms that rely centrally on associative lookup; primary motivating language.
- Mechanism where lookup failure triggers key transformation via β functions, enabling object delegation and method lookup in dynamic binding systems.
Related by similarity (8)
cosine ≥ 0.65 · no typed edgeEntities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.
- Empirical observation that a relational engine is too slow for associative lookup, motivating specialized implementation.
- Modules loaded on demand at command invocation or through programmed calls; no separate linker; each module present once in memory.
- The central research question explored, by way of examples, throughout the paper.
- Emphasizes that anchoring is a binding process without weight updates.
- Capability to load application classes at runtime via late binding, enabling piecemeal addition of features without recompilation.
- Language feature enabling deferral of implementation choice until runtime, supporting dynamic application loading and system flexibility.