concept
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concept:n-way-associative-lookupn-way Associative Lookup
The single primitive operation of looking up a value from a set of n keys.
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Papers (1)
paper
Communities (1)
community
- Associative Lookupmembers_of
Methods (1)
method
- application read/write functions r and wimplementsHigher-level semantic operations that map the primitive memory operations to application-level semantics.
Concepts (4)
concept
- Ian PiumartastudiesAuthor of the paper proposing n-way associative lookup as a unifying primitive for dynamic language semantics.
- abstract memory map massociated_withThe central memory structure that maps n keys to a value.
- Each key position n creates an independent taxonomic dimension; additional key positions enable multi-dimensional delegation and namespace constraints.
- garbage collection in n-way associative memoryassociated_withThe difficulty of deleting values when any key in an n-tuple becomes unreachable, especially as n grows beyond 2.
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.
- The central thesis of the paper, that associative lookup is a universal building block for dynamic system semantics.
- The central research question explored, by way of examples, throughout the paper.
- Can efficient hardware support scale n-way associative lookup to practical language systems?question0.786Central open question: whether hardware acceleration of the associative primitive could enable efficient implementations across diverse programming paradigms.
- Tuple retrieval by matching against a template, similar to relational database queries.
- The foundational memory model: a map m associating keys k_i with values v, supporting two operators: associative read and associative write.
- Tuples are referenced by matching typed fields, akin to a relational database.
- Memory system that stores patterns in connection weights and recalls them from partial or noisy cues; property of Hopfield networks and evolved networks
- Sentience criterion; capacity occurs even in gene regulatory networks and non-neural morphogenetic agents.