tasq/node_modules/agentdb/dist/simulation/scenarios/latent-space/hnsw-exploration.d.ts

74 lines
2.1 KiB
TypeScript

/**
* HNSW Latent Space Exploration Simulation
*
* Analyzes the hierarchical navigable small world graph structure created by RuVector's
* HNSW implementation, comparing against traditional hnswlib performance and validating
* the graph properties that enable sub-millisecond search.
*
* Research Foundation:
* - RuVector HNSW: 61µs search latency (k=10, 384d)
* - hnswlib baseline: ~500µs
* - Target: 8x speedup with native Rust implementation
*/
import type { SimulationScenario } from '../../types';
export interface HNSWGraphMetrics {
layers: number;
nodesPerLayer: number[];
connectivityDistribution: {
layer: number;
avgDegree: number;
maxDegree: number;
}[];
averagePathLength: number;
clusteringCoefficient: number;
smallWorldIndex: number;
smallWorldFormula?: {
C: number;
C_random: number;
L: number;
L_random: number;
sigma: number;
};
searchPathLength: {
percentile: number;
hops: number;
}[];
layerTraversalCounts: number[];
greedySearchSuccess: number;
buildTimeMs: number;
searchLatencyUs: {
k: number;
p50: number;
p95: number;
p99: number;
}[];
memoryUsageBytes: number;
}
export interface HNSWComparisonMetrics {
backend: 'ruvector-gnn' | 'ruvector-core' | 'hnswlib';
vectorCount: number;
dimension: number;
M: number;
efConstruction: number;
efSearch: number;
graphMetrics: HNSWGraphMetrics;
recallAtK: {
k: number;
recall: number;
}[];
qps: number;
speedupVsBaseline: number;
}
/**
* HNSW Graph Exploration Scenario
*
* This simulation:
* 1. Builds HNSW indexes with different backends and parameters
* 2. Analyzes graph topology and small-world properties
* 3. Measures search efficiency and path characteristics
* 4. Compares RuVector vs hnswlib performance
* 5. Validates sub-millisecond latency claims
*/
export declare const hnswExplorationScenario: SimulationScenario;
export default hnswExplorationScenario;
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