
Developed a MinHash-based neural network similarity platform for the ABrain-One/nn-dataset repository, focusing on compact model representations and architecture-level similarity indexing to streamline benchmarking and model selection. Leveraged Python and SQL to implement per-model neural network statistics, tokenization, shingling, and MinHash calculations, enabling efficient similarity analysis and diversity-aware querying. Enhanced the platform with a command-line interface and robust SQL-based retrieval, supporting scalable, configurable model discovery workflows. Additionally, improved legacy join reconstruction logic and query parameter validation to ensure data integrity and accurate similarity scoring, establishing a foundation for parameter-driven filtering and more reliable database management in machine learning contexts.
February 2026 monthly summary focused on delivering a robust feature in the ABrain-One/nn-dataset repository and addressing stability across legacy join paths. The work emphasizes business value through improved data integrity, accurate similarity scoring, and configurable filtering for query handling.
February 2026 monthly summary focused on delivering a robust feature in the ABrain-One/nn-dataset repository and addressing stability across legacy join paths. The work emphasizes business value through improved data integrity, accurate similarity scoring, and configurable filtering for query handling.
January 2026: Delivered a MinHash-based Neural Network Similarity Platform for ABrain-One/nn-dataset, enabling compact per-model representations, architecture-level similarity indexing, and SQL-based retrieval to streamline benchmarking and model selection. Implemented per-model NN statistics with code MinHash, introduced architecture-level MinHash index (nn_sim.jsonl.gz), and enhanced similarity tooling with optional diversity queries and a CLI interface. This work improves model discovery, benchmarking efficiency, and supports scalable, diversity-aware model evaluation.
January 2026: Delivered a MinHash-based Neural Network Similarity Platform for ABrain-One/nn-dataset, enabling compact per-model representations, architecture-level similarity indexing, and SQL-based retrieval to streamline benchmarking and model selection. Implemented per-model NN statistics with code MinHash, introduced architecture-level MinHash index (nn_sim.jsonl.gz), and enhanced similarity tooling with optional diversity queries and a CLI interface. This work improves model discovery, benchmarking efficiency, and supports scalable, diversity-aware model evaluation.

Overview of all repositories you've contributed to across your timeline