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- def hybrid_search(query, keyword_results, semantic_results, user_context):
- # Get base scores
- keyword_scores = [score for doc, score in keyword_results]
- semantic_scores = [score for doc, score in semantic_results]
- # Normalize scores
- keyword_scores = normalize(keyword_scores)
- semantic_scores = normalize(semantic_scores)
- # Predict optimal weights based on query and user context
- keyword_weight, semantic_weight = predict_weights(query, user_context)
- # Combine scores
- final_scores = [
- keyword_weight * k_score + semantic_weight * s_score
- for k_score, s_score in zip(keyword_scores, semantic_scores)
- ]
- # Sort and return results
- combined_results = list(zip(keyword_results, semantic_results, final_scores))
- return sorted(combined_results, key=lambda x: x[2], reverse=True)
- def predict_weights(query, user_context):
- # Use a machine learning model to predict optimal weights
- # based on query characteristics and user context
- # This is a placeholder for the actual implementation
- return 0.6, 0.4 # Example weights
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