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Large public corpora like Common Crawl or Wikipedia contain vast amounts of information, but extracting actionable insights from them can be challenging. For instance, analyzing public sentiment toward a political figure involves a sophisticated, iterative exploration process. Here’s how it can be done:
1. Embedding and Storage: Process the corpus to generate embeddings for all documents and store them in a high-performance vector database like Milvus to enable efficient search.
2. Initial Retrieval: Retrieve potentially relevant articles from billions of documents using similarity-based search.
3. Article Sampling and Filtering: Sample articles related to the political figure and analyze them to identify patterns. Utilize a small LLM to refine the pool by excluding documents that are related but not useful for sentiment analysis.
4. Refined Analysis: Use a larger LLM to perform in-depth analysis on the refined set of documents. Employ a multi-agent approach, where agents in different roles (e.g., journalist, analyst, fact-checker) collaborate to provide a nuanced sentiment analysis.
5. Sentiment Evaluation: Synthesize the insights from the refined documents to derive meaningful conclusions about public sentiment.
A reference implementation like this will be very useful to demonstrate how to combine the strengths of vector search, LLM capabilities, and multi-agent collaboration to extract valuable insights from massive datasets.
Solution
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Alternatives
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Additional context
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The text was updated successfully, but these errors were encountered:
Required prerequisites
Motivation
Large public corpora like Common Crawl or Wikipedia contain vast amounts of information, but extracting actionable insights from them can be challenging. For instance, analyzing public sentiment toward a political figure involves a sophisticated, iterative exploration process. Here’s how it can be done:
1. Embedding and Storage: Process the corpus to generate embeddings for all documents and store them in a high-performance vector database like Milvus to enable efficient search.
2. Initial Retrieval: Retrieve potentially relevant articles from billions of documents using similarity-based search.
3. Article Sampling and Filtering: Sample articles related to the political figure and analyze them to identify patterns. Utilize a small LLM to refine the pool by excluding documents that are related but not useful for sentiment analysis.
4. Refined Analysis: Use a larger LLM to perform in-depth analysis on the refined set of documents. Employ a multi-agent approach, where agents in different roles (e.g., journalist, analyst, fact-checker) collaborate to provide a nuanced sentiment analysis.
5. Sentiment Evaluation: Synthesize the insights from the refined documents to derive meaningful conclusions about public sentiment.
A reference implementation like this will be very useful to demonstrate how to combine the strengths of vector search, LLM capabilities, and multi-agent collaboration to extract valuable insights from massive datasets.
Solution
No response
Alternatives
No response
Additional context
No response
The text was updated successfully, but these errors were encountered: