
BigANN Benchmarks
Main competition for large-scale vector database algorithms held at NeurIPS conferences. Framework for evaluating approximate nearest neighbor search algorithms on billion-scale datasets with standardized metrics and datasets.
About this tool
Overview
BigANN is the premier benchmark and competition for evaluating approximate nearest neighbor (ANN) search algorithms at billion-scale. Hosted at NeurIPS conferences, it provides standardized datasets and evaluation metrics for comparing vector search performance.
Competition Tracks
- Track T1: Measures recall at 10,000 queries/second on 32 vCPUs
- Track T2: Measures recall at 1,500 queries/second
- Track T3: Measures recall at 2,000 queries/second
Datasets
Includes billion-point datasets:
- BIGANN: SIFT descriptors from large image datasets
- Deep1B: Deep learning-based image descriptors
- Text datasets with various dimensionalities
Evaluation Metrics
- Recall: Accuracy of approximate results vs exact results
- Queries Per Second (QPS): Throughput performance
- Index Build Time: Time to construct the search index
- Memory Usage: RAM requirements for index and queries
Notable Competitions
- NeurIPS 2021: First major billion-scale competition
- NeurIPS 2023: Expanded tracks and datasets
Winners
Major technology companies and research labs have participated, including Intel, Microsoft (SPTAG), and others, advancing the state of the art in vector search.
Use Cases
- Comparing vector search algorithms
- Benchmarking new ANN methods
- Academic research
- Industry validation of production systems
Access
Datasets and evaluation code are publicly available for research purposes.
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