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enjalot/fineweb-edu-sample-10BT-chunked-500-nomic-text-v1.5

FineWeb-edu 10BT Sample embedded with nomic-text-v1.5 The FineWeb-edu 10BT sample was first chunked into 500 tokens (using bert-base-uncased) with 10% overlap resulting in 25 million rows and 10.5BT. The chunks were then embedded using nomic-text-v1.5. Dataset Details Dataset Sources Repository: https://github.com/enjalot/fineweb-modal Uses Direct Use The dataset was embedded with the clustering: prefix, so the main… See the full description on the dataset page: https://huggingface.co/datasets/enjalot/fineweb-edu-sample-10BT-chunked-500-nomic-text-v1.5.

sourceHugging Faceapache-2.0updated 2y agoView on Hugging Face
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FineWeb-edu 10BT Sample embedded with nomic-text-v1.5

The FineWeb-edu 10BT sample was first chunked into 500 tokens (using bert-base-uncased) with 10% overlap resulting in 25 million rows and 10.5BT. The chunks were then embedded using nomic-text-v1.5.

Dataset Details

Dataset Description

  • —Curated by: Ian @enjalot Johnson
  • —Funded by: Latent Interfaces
  • —License: Apache license 2.0

Dataset Sources

  • —Repository: https://github.com/enjalot/fineweb-modal

Uses

Direct Use

The dataset was embedded with the clustering: prefix, so the main usecase is clustering and feature extraction. The motivation for making the dataset is to create training data for an SAE to identify features in nomic-text-v1.5.

Dataset Structure

The columns of the dataset are:

  • —id: the document id in fineweb-edu
  • —url: the url of the document in fineweb-edu
  • —score: the score from fineweb-edu
  • —dump: the dump in fineweb-edu
  • —chunk_index: which chunk of the original document this is
  • —chunk_text: the text of the chunk
  • —chunk_tokens: the tokens tokenized by bert-base-uncased
  • —chunktokencount: the number of tokens in this chunk
  • —embedding: the 768 dimension vector representing the nomic-text-v1.5 embedding

Dataset Creation

Curation Rationale

The 10BT Sample is big enough to warrant a scaled up process but manageable enough to be done on a small budget. Using on-demand CPUs and GPUs from modal.com the total cost was ~$60.