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CAPS: A Practical Partition Index for Filtered Similarity Search
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With the surging popularity of approximate near-neighbor search (ANNS), driven by advances in neural representation learning, the ability to serve queries accompanied by a set of constraints has become an area of intense interest. While the community has recently proposed several algorithms for constrained ANNS, almost all of these methods focus on integration with graph-based indexes, the predominant class of algorithms achieving state-of-the-art performance in latency-recall tradeoffs. In this work, we take a different approach and focus on developing a constrained ANNS algorithm via space partitioning as opposed to graphs. To that end, we introduce Constrained Approximate Partitioned Search (CAPS), an index for ANNS with filters via space partitions that not only retains the benefits of a partition-based algorithm but also outperforms state-of-the-art graph-based constrained search techniques in recall-latency tradeoffs, with only 10% of the index size.
Forward citations
Cited by 4 Pith papers
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Filtered Vector Search in a Disaggregated Lakehouse: Composing Table-Format Pruning with Per-File ANN
Per-file IVF indexes inside Parquet footers, combined with Iceberg file pruning, provide fast filtered ANN search in a disaggregated lakehouse when the filter column is file-local.
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SIEVE: Effective Filtered Vector Search with Collection of Indexes
SIEVE builds a workload-aware collection of small HNSW subindexes and uses a cost model to pick the best one per query, speeding up filtered vector search up to 8.06x versus prior graph-based methods.
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Simple and Fast Algorithm for Graph-based Filtered Approximate Nearest Neighbor Search (Full Version)
A labeled flat proximity graph built from full- and single-attribute partitions supports arbitrary filtered ANNS and beats UNG on 1–2 attribute queries at similar recall.
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Filtered Approximate Nearest Neighbor Search: A Unified Benchmark and Systematic Experimental Study [Experiment, Analysis & Benchmark]
A systematic benchmark of filtered nearest-neighbor search algorithms shows no single winner: filter-then-search methods excel at containment and equality filters, while hybrid methods dominate overlap filters.
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