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369Why Query Optimization Matters in RAG
370Query Expansion with Synonyms
371Hypothetical Document Embeddings (HyDE)
372Multi-Query Generation
373Query Decomposition for Complex Questions
374Step-Back Prompting for Broader Context
375Query Classification and Routing
376Keyword Extraction for Hybrid Search
377Query Contextualization with Conversation History
378Query Filtering and Metadata Prediction
379Query Caching and Deduplication
380Evaluating Query Optimization Impact
381Hybrid Search: Combining Dense and Sparse Retrieval
382BM25 and Lexical Search Integration
383Reciprocal Rank Fusion for Result Merging
384Parent-Child Document Chunking
385Hypothetical Document Embeddings (HyDE)
386Multi-Vector Retrieval Strategies
387Self-Query and Metadata Extraction
388Contextual Compression with LLMs
389Sentence Window Retrieval
390Auto-Merging Retrieval with Hierarchical Chunks
391Query Routing and Multi-Index Strategies
392Ensemble Retrieval and Confidence Scoring
393Why Reranking Matters in RAG
394Cross-Encoder Models for Reranking
395Implementing Basic Reranking
396Two-Stage Retrieval Pipelines
397Cohere Rerank API
398Context Length and Compression Trade-offs
399Extractive Summarization for Compression
400LLM-Based Context Compression
401Lost-in-the-Middle Problem
402Measuring Reranking Impact
403Why Evaluate Retrieval Separately
404Precision and Recall for Retrieval
405Mean Reciprocal Rank (MRR)
406Normalized Discounted Cumulative Gain (NDCG)
407Mean Average Precision (MAP)
408Hit Rate and Coverage Metrics
409Creating Ground Truth Test Sets
410LLM-Based Relevance Scoring
411Latency and Throughput Metrics
412Continuous Retrieval Monitoring

369Why Query Optimization Matters in RAG
370Query Expansion with Synonyms
371Hypothetical Document Embeddings (HyDE)
372Multi-Query Generation
373Query Decomposition for Complex Questions
374Step-Back Prompting for Broader Context
375Query Classification and Routing
376Keyword Extraction for Hybrid Search
377Query Contextualization with Conversation History
378Query Filtering and Metadata Prediction
379Query Caching and Deduplication
380Evaluating Query Optimization Impact
381Hybrid Search: Combining Dense and Sparse Retrieval
382BM25 and Lexical Search Integration
383Reciprocal Rank Fusion for Result Merging
384Parent-Child Document Chunking
385Hypothetical Document Embeddings (HyDE)
386Multi-Vector Retrieval Strategies
387Self-Query and Metadata Extraction
388Contextual Compression with LLMs
389Sentence Window Retrieval
390Auto-Merging Retrieval with Hierarchical Chunks
391Query Routing and Multi-Index Strategies
392Ensemble Retrieval and Confidence Scoring
393Why Reranking Matters in RAG
394Cross-Encoder Models for Reranking
395Implementing Basic Reranking
396Two-Stage Retrieval Pipelines
397Cohere Rerank API
398Context Length and Compression Trade-offs
399Extractive Summarization for Compression
400LLM-Based Context Compression
401Lost-in-the-Middle Problem
402Measuring Reranking Impact
403Why Evaluate Retrieval Separately
404Precision and Recall for Retrieval
405Mean Reciprocal Rank (MRR)
406Normalized Discounted Cumulative Gain (NDCG)
407Mean Average Precision (MAP)
408Hit Rate and Coverage Metrics
409Creating Ground Truth Test Sets
410LLM-Based Relevance Scoring
411Latency and Throughput Metrics
412Continuous Retrieval Monitoring

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Lesson 378 of 1,886·10. RAG - Improving RetrievalPro lesson

Query Filtering and Metadata Prediction

Using LLMs to predict metadata filters that should be applied to narrow retrieval scope effectively.

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