Concurrent Expandable AMQs on the Basis of Quotient Filters¶
Maier, T., Sanders, P., & Williger, R. (2020). Concurrent Expandable AMQs on the Basis of Quotient Filters. 18th International Symposium on Experimental Algorithms.
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Domain-specific¶
- Quotient Filter
- Dynamic AMQ workloads. Compared with the basic Bloom-filter design, the stored-fingerprint organization supports deletion, filter merging, and resizing while retaining only fingerprints, subject to the implementation's parameter and multiplicity contract.
This sourceAnalyzes cache-local QF operations, concurrency, metadata variants, and growth with bounded false-positive behavior.
- Dynamic AMQ workloads. Compared with the basic Bloom-filter design, the stored-fingerprint organization supports deletion, filter merging, and resizing while retaining only fingerprints, subject to the implementation's parameter and multiplicity contract.
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