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search is Search for nearest neighbors.

32 facts·10 predicates·8 sources·7 in dispute

Mostly:returns(8), rdf:type(5), has parameter(5)

Maturity scale raw canonical shape-checked rule-derived certified

Inbound mentions (21)

Other subjects in dontopedia point AT this entity as a value. These are inverse relationships — e.g. "X motherOf this subject" — and answer questions the forward facts can't. Grouped by predicate.

assignedByAssigned by(4)

callsCalls(4)

containsContains(3)

returnedByReturned by(2)

appliedBeforeApplied Before(1)

calledBeforeCalled Before(1)

delegatesToDelegates to(1)

hasMethodHas Method(1)

methodMethod(1)

usedByUsed by(1)

usesMethodUses Method(1)

wrapsWraps(1)

Other facts (28)

The long tail: predicates that appear too rarely to warrant their own section. Filter or scroll to find a specific one. Each row links to its source.

28 facts
PredicateValueRef
ReturnsDistances Variable[1]
ReturnsIndices Variable[1]
ReturnsDistances[3]
ReturnsIndices[3]
ReturnsDistances Indices Tuple[4]
ReturnsDistances[5]
ReturnsIndices[5]
ReturnsDistances and Indices[7]
Rdf:typeMethod[1]
Rdf:typeMethod[2]
Rdf:typeFaiss Method[3]
Rdf:typeMethod[4]
Rdf:typeMethod[6]
Has ParameterEf Search Parameter[1]
Has Parameterquery_vector[2]
Has Parameterk[2]
Has ParameterQuery Vector Reshaped[4]
Has ParameterK Argument[4]
ParameterReshaped Query Vector[3]
ParameterK Parameter[3]
Used bySearch Similar Vectors Function[4]
Used bySearch Vector[8]
Called WithQuery Embedding Param[6]
Called WithK Param[6]
DescriptionSearch for nearest neighbors[1]
FunctionSearches for the k nearest neighbors to the query vector[2]
Called onReshaped Query Vector[5]
Returns TupleSearch Results[6]

Timeline

Timeline axis is valid_time — when each source says the fact was true in the world, not when Dontopedia learned about it. Retracted rows are kept for provenance; coloured stripes indicate the context kind.

typebeam/42a434b2-95aa-4616-a1af-a5af03a4baf6
ex:Method
descriptionbeam/42a434b2-95aa-4616-a1af-a5af03a4baf6
Search for nearest neighbors
hasParameterbeam/42a434b2-95aa-4616-a1af-a5af03a4baf6
ex:efSearch-parameter
returnsbeam/42a434b2-95aa-4616-a1af-a5af03a4baf6
ex:distances-variable
returnsbeam/42a434b2-95aa-4616-a1af-a5af03a4baf6
ex:indices-variable
typebeam/a62e0ed1-9011-4f17-b311-aa52982c8569
ex:Method
labelbeam/a62e0ed1-9011-4f17-b311-aa52982c8569
index.search
hasParameterbeam/a62e0ed1-9011-4f17-b311-aa52982c8569
query_vector
hasParameterbeam/a62e0ed1-9011-4f17-b311-aa52982c8569
k
functionbeam/a62e0ed1-9011-4f17-b311-aa52982c8569
Searches for the k nearest neighbors to the query vector
typebeam/0acf2b58-c3f3-461c-bfe2-21a5cea3bfc9
ex:FaissMethod
labelbeam/0acf2b58-c3f3-461c-bfe2-21a5cea3bfc9
index.search
parameterbeam/0acf2b58-c3f3-461c-bfe2-21a5cea3bfc9
ex:reshaped-query-vector
parameterbeam/0acf2b58-c3f3-461c-bfe2-21a5cea3bfc9
ex:k-parameter
returnsbeam/0acf2b58-c3f3-461c-bfe2-21a5cea3bfc9
ex:distances
returnsbeam/0acf2b58-c3f3-461c-bfe2-21a5cea3bfc9
ex:indices
typebeam/4acac4d0-910b-4fa1-96b2-afff0416f947
ex:Method
labelbeam/4acac4d0-910b-4fa1-96b2-afff0416f947
search
hasParameterbeam/4acac4d0-910b-4fa1-96b2-afff0416f947
ex:query-vector-reshaped
hasParameterbeam/4acac4d0-910b-4fa1-96b2-afff0416f947
ex:k-argument
returnsbeam/4acac4d0-910b-4fa1-96b2-afff0416f947
ex:distances-indices-tuple
usedBybeam/4acac4d0-910b-4fa1-96b2-afff0416f947
ex:search-similar-vectors-function
returnsbeam/9c3d6c77-2b58-4a3b-9618-59e705c00dfd
ex:distances
returnsbeam/9c3d6c77-2b58-4a3b-9618-59e705c00dfd
ex:indices
calledOnbeam/9c3d6c77-2b58-4a3b-9618-59e705c00dfd
ex:reshaped-query-vector
typebeam/f4875baf-2de8-4f32-b31f-0e5fd916dd32
ex:Method
labelbeam/f4875baf-2de8-4f32-b31f-0e5fd916dd32
index.search()
calledWithbeam/f4875baf-2de8-4f32-b31f-0e5fd916dd32
ex:query_embedding-param
calledWithbeam/f4875baf-2de8-4f32-b31f-0e5fd916dd32
ex:k-param
returnsTuplebeam/f4875baf-2de8-4f32-b31f-0e5fd916dd32
ex:search-results
returnsbeam/9170f193-72c4-43d3-9c09-87f869d91b8b
ex:distances-and-indices
usedBybeam/6260578c-fa34-4b5f-871e-0d090a2956db
ex:search_vector

References (8)

8 references
  1. ctx:claims/beam/42a434b2-95aa-4616-a1af-a5af03a4baf6
    • full textbeam-chunk
      text/plain1 KBdoc:beam/42a434b2-95aa-4616-a1af-a5af03a4baf6
      Show excerpt
      Here's an example using the `IndexHNSW` index, which is more scalable and efficient for large datasets: ```python import numpy as np import faiss # Assuming I have a dataset of vectors vectors = np.random.rand(1000, 128).astype('float32')
  2. ctx:claims/beam/a62e0ed1-9011-4f17-b311-aa52982c8569
  3. ctx:claims/beam/0acf2b58-c3f3-461c-bfe2-21a5cea3bfc9
  4. ctx:claims/beam/4acac4d0-910b-4fa1-96b2-afff0416f947
    • full textbeam-chunk
      text/plain1 KBdoc:beam/4acac4d0-910b-4fa1-96b2-afff0416f947
      Show excerpt
      # Normalize the vectors for cosine similarity faiss.normalize_L2(vectors) # Create an HNSW index M = 16 # Number of links per node efConstruction = 200 # Number of neighbors to consider during construction efSearch = 64 # Number of neig
  5. ctx:claims/beam/9c3d6c77-2b58-4a3b-9618-59e705c00dfd
    • full textbeam-chunk
      text/plain1 KBdoc:beam/9c3d6c77-2b58-4a3b-9618-59e705c00dfd
      Show excerpt
      # Normalize the vectors for cosine similarity faiss.normalize_L2(vectors) # Create an IVFPQ index nlist = 100 # Number of clusters m = 8 # Number of subquantizers index = faiss.IndexIVFPQ(faiss.IndexFlatL2(128), 128, nlist, m, 8) # 8 is
  6. ctx:claims/beam/f4875baf-2de8-4f32-b31f-0e5fd916dd32
  7. ctx:claims/beam/9170f193-72c4-43d3-9c09-87f869d91b8b
    • full textbeam-chunk
      text/plain1 KBdoc:beam/9170f193-72c4-43d3-9c09-87f869d91b8b
      Show excerpt
      index.nprobe = nprobe return index # Example usage: vectors = np.random.rand(10000, 128).astype(np.float32) index = create_ivfpq_index(vectors, nlist=200, m=8, nprobe=15) print(index.ntotal) # Test the index query_vectors = np.ran
  8. ctx:claims/beam/6260578c-fa34-4b5f-871e-0d090a2956db
    • full textbeam-chunk
      text/plain848 Bdoc:beam/6260578c-fa34-4b5f-871e-0d090a2956db
      Show excerpt
      [Turn 7202] User: I'm working on a project where I need to integrate vector search with approximate nearest neighbors for our hybrid retrieval prototype, and I want to know how I can optimize the performance of this integration to achieve b

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