High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

10 stars 3 forks 10 watchers Rust Apache License 2.0
analogical-reasoning associative-memory edge-ai embeddings hdc high-performance hopfield-network hyperdimensional-computing knowledge-graph knowledge-representation local-first machine-learning neuro-symbolic nodejs privacy-preserving rag rust semantic-search vector-database vector-symbolic-architecture
13 Open Issues Need Help Last updated: Aug 6, 2026

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enhancement help wanted

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture
enhancement help wanted integration

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture
enhancement help wanted performance

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture
enhancement help wanted research

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture
enhancement help wanted

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture
enhancement help wanted performance

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture
enhancement help wanted performance

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture
enhancement help wanted

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture
enhancement help wanted

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture
help wanted integration

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture
documentation good first issue

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture
documentation good first issue

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture
documentation help wanted

High-performance Holographic Memory System (HMS) for Node.js, powered by Rust. This library implements Vector Symbolic Architectures (VSA) using Binary Spatter Code (BSC) to enable semantic search, analogical reasoning, and associative memory at scale.

Rust
#analogical-reasoning#associative-memory#edge-ai#embeddings#hdc#high-performance#hopfield-network#hyperdimensional-computing#knowledge-graph#knowledge-representation#local-first#machine-learning#neuro-symbolic#nodejs#privacy-preserving#rag#rust#semantic-search#vector-database#vector-symbolic-architecture