Vector Search: Efficient Retrieval ππ Vector search with LanceDB, is a solution for efficient and accurate similarity searches in large datasets π. Vector Search Capabilities in LanceDBπ LanceDB implements vector search algorithms for efficient document retrieval and analysis π. This enables fast and accurate discovery of relevant documents, leveraging dense vector representations π€. The platform supports scalable indexing and querying of high-dimensional vector spaces, facilitating precise document matching and retrieval π. Vector Search Description Links Inbuilt Hybrid Search π Perform hybrid search in LanceDB by combining the results of semantic and full-text search via a reranking algorithm of your choice π Hybrid Search with BM25 and LanceDB π‘ Use Synergizes BM25's keyword-focused precision (term frequency, document length normalization, bias-free retrieval) with LanceDB's semantic understanding (contextual analysis, query intent alignment) for nuanced search results in complex datasets π NER-powered Semantic Search π Extract and identify essential information from text with Named Entity Recognition (NER) methods: Dictionary-Based, Rule-Based, and Deep Learning-Based, to accurately extract and categorize entities, enabling precise semantic search results ποΈ Audio Similarity Search using Vector Embeddings π΅ Create vector embeddings of audio files to find similar audio content, enabling efficient audio similarity search and retrieval in LanceDB's vector store π» LanceDB Embeddings API: Multi-lingual Semantic Search π Build a universal semantic search table with LanceDB's Embeddings API, supporting multiple languages (e.g., English, French) using cohere's multi-lingual model, for accurate cross-lingual search results π Facial Recognition: Face Embeddings π€ Detect, crop, and embed faces using Facenet, then store and query face embeddings in LanceDB for efficient facial recognition and top-K matching results π₯ Sentiment Analysis: Hotel Reviews π¨ Analyze customer sentiments towards the hotel industry using BERT models, storing sentiment labels, scores, and embeddings in LanceDB, enabling queries on customer opinions and potential areas for improvement π¬ Vector Arithmetic with LanceDB βοΈ Perform vector arithmetic on embeddings, enabling complex relationships and nuances in data to be captured, and simplifying the process of retrieving semantically similar results π Imagebind Demo πΌοΈ Explore the multi-modal capabilities of Imagebind through a Gradio app, use LanceDB API for seamless image search and retrieval experiences πΈ Search Engine using SAM & CLIP π Build a search engine within an image using SAM and CLIP models, enabling object-level search and retrieval, with LanceDB indexing and search capabilities to find the closest match between image embeddings and user queries πΈ Zero Shot Object Localization and Detection with CLIP π Perform object detection on images using OpenAI's CLIP, enabling zero-shot localization and detection of objects, with capabilities to split images into patches, parse with CLIP, and plot bounding boxes π Accelerate Vector Search with OpenVINO π Boost vector search applications using OpenVINO, achieving significant speedups with CLIP for text-to-image and image-to-image searching, through PyTorch model optimization, FP16 and INT8 format conversion, and quantization with OpenVINO NNCF π Zero-Shot Image Classification with CLIP and LanceDB πΈ Achieve zero-shot image classification using CLIP and LanceDB, enabling models to classify images without prior training on specific use cases, unlocking flexible and adaptable image classification capabilities π