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@@ -114,9 +114,9 @@ The following fields were extracted and/or transformed from the original source:
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  Each article is naturally isolated and has its own `cid` value. But in case the article is too long, we have to split it in several chunks.
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  The Langchain's `RecursiveCharacterTextSplitter` function was used to make these chunks, which correspond to the `text` value. The parameters used are :
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- - `chunk_size` = 5000
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- - `chunk_overlap` = 250
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- - `length_function` = len
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  For each chunk (`text`), a `chunk_text` is constructed as follows:
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@@ -133,7 +133,7 @@ The resulting embedding vector is stored in the `embeddings_bge-m3` column as a
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  ## 🔄 The chunking doesn't fit your use case?
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- [**SOON AVAILABLE FOR THIS DATASET**] ~~If you need to reconstitute the original, un-chunked dataset, you can follow [this tutorial notebook available on our GitHub repository](https://github.com/etalab-ia/mediatech/blob/main/docs/reconstruct_vector_database.ipynb).~~
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  ⚠️ The tutorial is only relevant for datasets that were chunked **without overlap**.
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  Each article is naturally isolated and has its own `cid` value. But in case the article is too long, we have to split it in several chunks.
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  The Langchain's `RecursiveCharacterTextSplitter` function was used to make these chunks, which correspond to the `text` value. The parameters used are :
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+ - `chunk_size` = 1024
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+ - `chunk_overlap` = 0
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+ - `length_function` = bge_m3_tokenizer
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  For each chunk (`text`), a `chunk_text` is constructed as follows:
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  ## 🔄 The chunking doesn't fit your use case?
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+ If you need to reconstitute the original, un-chunked dataset, you can follow [this tutorial notebook available on our GitHub repository](https://github.com/etalab-ia/mediatech/blob/main/docs/reconstruct_vector_database.ipynb).
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  ⚠️ The tutorial is only relevant for datasets that were chunked **without overlap**.
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