MINT-1T: Scaling Open-Source Multimodal Data by 10x: A Multimodal Dataset with One Trillion Tokens
Paper • 2406.11271 • Published • 21
json dict | tiff imagewidth (px) 34 7.65k | __key__ stringlengths 15 15 | __url__ stringclasses 2
values |
|---|---|---|---|
{
"captions": [
"Duration distribution of short GRBs. The solid line is the common BeppoSAX/Batse Sample distribution, the dashed one is the normalized 4B Batse distribution, for comparison."
],
"images": [
null,
"/dev/shm/tmpjlsu6_9l/IP-09-fig1.ps",
null
],
"texts": [
"What can BeppoSAX t... | astro-ph0001011 | hf://datasets/Smith42/minty-astro-ph@21023f7df0d8607a66e1fce1a022473c0af82d4f/data/astro-ph-00000.tar | |
{
"captions": [
"Top panel: mass function of the Local Group (LG). The points show the space density of LG members containing , after correcting for incompleteness. The solid line shows the field from Zwaan et al. (1997), scaled vertically so as to fit the points. The dotted line is a with a steep upturn at the l... | astro-ph0001016 | hf://datasets/Smith42/minty-astro-ph@21023f7df0d8607a66e1fce1a022473c0af82d4f/data/astro-ph-00000.tar | |
{
"captions": [
"bhpt Simple boxplots illustrating CN bandstrength ranges in RGB and AGB stars of NGC 6752, M13, and M4 are shown. For all of the individual abundance boxes, the horizontal line inside a box indicates the median value of S(3839). The vertical boundaries of a box show the interquartile range (the m... | astro-ph0001018 | hf://datasets/Smith42/minty-astro-ph@21023f7df0d8607a66e1fce1a022473c0af82d4f/data/astro-ph-00000.tar | |
{
"captions": [
"Fig1. Light curves of 2155-304; Fig 2. V_ m ^ 2 vs trial period of 2155-304; Fig 3. DCF analysis for 2155-304; Fig 4. The simulation light curve (solid curve) and the observation B light curve for 2155-304"
],
"images": [
null,
"/dev/shm/tmpftf06h3v/fan2155.eps"
],
"texts": [
... | astro-ph0001028 | hf://datasets/Smith42/minty-astro-ph@21023f7df0d8607a66e1fce1a022473c0af82d4f/data/astro-ph-00000.tar | |
{
"captions": [
"Figure 1 As a demonstrating example, we have determined the potential for =2.8 , a=0.5 and K=0.2 . Figures (a) and (b) show the isocontours and a three dimensional view of , respectively.",
"Figure 1 As a demonstrating example, we have determined the potential for =2.8 , a=0.5 and K=0.2 . Fig... | astro-ph0001042 | hf://datasets/Smith42/minty-astro-ph@21023f7df0d8607a66e1fce1a022473c0af82d4f/data/astro-ph-00000.tar | |
{
"captions": [
"The time evolution of non-thermal emission for various energy band: from top to bottom, inverse Compton scattering of EUVE band (65-245 eV), soft X-ray band (4-10 keV), and hard X-ray band (10-100 keV), and synchrotron radio emission (10 MHz - 10 GHz). The times are relative to the most contracti... | astro-ph0001046 | hf://datasets/Smith42/minty-astro-ph@21023f7df0d8607a66e1fce1a022473c0af82d4f/data/astro-ph-00000.tar | |
{
"captions": [
"(a) Distributions of the orientation angle `` alpha '' for gamma-ray-like events with respect to the center of the field of view, which for on-source data corresponds to the NW rim of RX J1713.7 - 3946. The solid line and dashed line are for on-source and off-source data respectively. (b) Distrib... | astro-ph0001047 | hf://datasets/Smith42/minty-astro-ph@21023f7df0d8607a66e1fce1a022473c0af82d4f/data/astro-ph-00000.tar | |
{
"captions": [
"Distribution of the identified objects (thick circle) using the redshift catalog of Fern andez-Soto et al. (1999) (thin triangle). The filled circles denote our five targets in figure 1. The size of the symbols corresponds to the K' magnitudes.",
"N212 -K' aperture color versus N212 magnitude... | astro-ph0001050 | hf://datasets/Smith42/minty-astro-ph@21023f7df0d8607a66e1fce1a022473c0af82d4f/data/astro-ph-00000.tar | |
{"captions":["Distribution of the FWHM of star A during the observation. Only images whose FWHM was (...TRUNCATED) | astro-ph0001051 | "hf://datasets/Smith42/minty-astro-ph@21023f7df0d8607a66e1fce1a022473c0af82d4f/data/astro-ph-00000.t(...TRUNCATED) | |
{"captions":[null,"fig2 Temperature structures for the model atmospheres of T_ eff = 1400 K and log (...TRUNCATED) | astro-ph0001060 | "hf://datasets/Smith42/minty-astro-ph@21023f7df0d8607a66e1fce1a022473c0af82d4f/data/astro-ph-00000.t(...TRUNCATED) |
An astronomy-focused subset of mlfoundations/MINT-1T-ArXiv, filtered to include only papers from the astro-ph arXiv category (including cross-listed papers).
| Papers | ~845k |
| Total size | ~804 GB |
| Format | WebDataset tar shards |
| Shards | 287 (astro-ph-00000.tar to astro-ph-00286.tar) |
| Shard size | ~3 GB each |
| Source | MINT-1T (Awadalla et al., 2024) |
Each tar shard contains paired files per paper:
<arxiv_id>.json — structured text and metadata<arxiv_id>.tiff — rendered figure/page imageThe JSON files have the following fields:
| Field | Type | Description |
|---|---|---|
texts |
list[str | null] |
Text segments of the paper (interleaved with images). null entries mark image positions. |
images |
list[str | null] |
File paths to images within the original source. null entries mark text-only positions. |
captions |
list[str] |
Figure captions extracted from the paper. |
Text and image lists are interleaved: a null in texts corresponds to an image in images at the same index, and vice versa.
astro-ph*), since arXiv IDs included the category before the 2007 numbering change.categories contains astro-ph.cs.LG, stat.ML) but with astro-ph as a secondary category are included.import webdataset as wds
dataset = wds.WebDataset(
"https://huggingface.co/datasets/<username>/astro-ph-mint/resolve/main/data/astro-ph-{00000..00286}.tar"
).decode()
for sample in dataset:
json_data = sample["json"] # paper text, images list, captions
image = sample["tiff"] # rendered figure
print(sample["__key__"]) # arxiv ID
break
# Download a single shard
huggingface-cli download <username>/astro-ph-mint data/astro-ph-00000.tar --repo-type dataset
# Download all shards
huggingface-cli download <username>/astro-ph-mint --repo-type dataset
Filtered from the MINT-1T-ArXiv dataset using arxiv metadata from librarian-bots/arxiv-metadata-snapshot.
If you use this dataset, please cite the original MINT-1T paper:
@article{awadalla2024mint1t,
title={MINT-1T: Scaling Open-Source Multimodal Data by 10x: A Multimodal Dataset with One Trillion Tokens},
author={Awadalla, Anas and Le Khac, Phuc and others},
journal={arXiv preprint arXiv:2406.11271},
year={2024}
}
This dataset inherits the CC-BY-SA-4.0 license from the source MINT-1T dataset.