paper_id stringlengths 10 10 | announce_date date32 | title stringlengths 14 233 | abstract stringlengths 306 2.14k | author_names listlengths 1 71 | authors_json stringlengths 10 954 | categories listlengths 1 5 | primary_category stringclasses 71
values | pages int32 2 341 | ocr_tokens int32 3.22k 303k | ocr_tps float64 126 177 | ocr_duration_s float64 23.2 2.33k | ocr_precision stringclasses 1
value | ocr_model stringclasses 1
value | md_chars int32 10.2k 895k | n_layout_blocks int32 52 5.07k | ocr_finished_at stringlengths 27 29 | ocr_markdown stringlengths 10.2k 895k | ocr_layout stringlengths 14.1k 1.4M |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
2606.31288 | 2026-07-01 | Probabilistic Inversion with Flow Matching | We demonstrate the application of Flow Matching, a technique originating from generative Artificial Intelligence, to probabilistic inversion in geophysical settings, such as seismic Full-Waveform inversion. We adapt the well-established mathematical theory of Flow Matching from generative Artificial Intelligence to the... | [
"Baldur Paulwitz",
"Stefan Buske"
] | ["Baldur Paulwitz","Stefan Buske"] | [
"cs.LG",
"math.PR",
"physics.geo-ph"
] | cs.LG | 27 | 22,074 | 174.7 | 177.8 | 4bit | docOCR:4bit | 52,979 | 503 | 2026-07-02 01:46:11.484094+00 | 30 Jun, 2026
## Probabilistic Inversion with Flow Matching
Baldur Paulwitz*, Stefan Buske†
Institute of Geophysics and Geoinformatics, TU Bergakademie Freiberg
## Abstract
We demonstrate the application of Flow Matching, a technique originating from generative Artificial Intelligence, to probabilistic inversion i... | {"items":[{"page":1,"type":"text","bbox":null,"content":"30 Jun, 2026"},{"page":1,"type":"title","bbox":[246,111,753,136],"content":"Probabilistic Inversion with Flow Matching"},{"page":1,"type":"text","bbox":[188,149,812,185],"content":"Baldur Paulwitz*, Stefan Buske† \nInstitute of Geophysics and Geoinformatics, TU ... |
2606.31290 | 2026-07-01 | "Patch-PODiff-ViT: Structured Latent Diffusion with Patchwise POD for Super-Resolution and Uncertain(...TRUNCATED) | "Diffusion models enable probabilistic super-resolution and conditional generation, but pixel-space (...TRUNCATED) | [
"Onkar Jadhav",
"Tim French",
"Matthew Rayson",
"Nicole L. Jones"
] | ["Onkar Jadhav","Tim French","Matthew Rayson","Nicole L. Jones"] | [
"cs.LG"
] | cs.LG | 30 | 32,909 | 161.2 | 289.2 | 4bit | docOCR:4bit | 99,183 | 562 | 2026-07-02 01:42:52.71323+00 | "30 Jun 2026\n\narXiv:2606.31290v1 [cs.LG] 30 Jun 2026\n\n## Patch-PODiff-ViT: Structured Latent Dif(...TRUNCATED) | "{\"items\":[{\"page\":1,\"type\":\"text\",\"bbox\":null,\"content\":\"30 Jun 2026\"},{\"page\":1,\"(...TRUNCATED) |
2606.31291 | 2026-07-01 | Deep Reinforcement Learning for Spacecraft Attitude Control During Atmospheric Re-Entry | "Deep reinforcement learning has the potential to solve attitude control problems more adaptively, p(...TRUNCATED) | [
"Alexander Fabisch",
"Melvin Laux",
"Mariela De Lucas Álvarez",
"Edoardo Caroselli",
"Julian Theis"
] | "[\"Alexander Fabisch\",\"Melvin Laux\",\"Mariela De Lucas Álvarez\",\"Edoardo Caroselli\",\"Julian(...TRUNCATED) | [
"cs.LG"
] | cs.LG | 36 | 36,982 | 160.7 | 329.8 | 4bit | docOCR:4bit | 111,497 | 411 | 2026-07-02 01:37:47.843986+00 | "30 Jun 2026\n\n## Cover Page\n\n## Deep Reinforcement Learning for Spacecraft Attitude Control Duri(...TRUNCATED) | "{\"items\":[{\"page\":1,\"type\":\"text\",\"bbox\":null,\"content\":\"30 Jun 2026\"},{\"page\":1,\"(...TRUNCATED) |
2606.31293 | 2026-07-01 | Deep Spectral Models for Robust Dental Shape Generation | "Accurate modeling of dental crown morphology is fundamental for diagnosis, orthodontic planning, an(...TRUNCATED) | [
"Tibor Kubík",
"François Guibault",
"Michal Španěl",
"Hervé Lombaert"
] | ["Tibor Kubík","François Guibault","Michal Španěl","Hervé Lombaert"] | [
"cs.CV"
] | cs.CV | 14 | 18,630 | 168.9 | 134.7 | 4bit | docOCR:4bit | 66,979 | 292 | 2026-07-02 01:32:00.029784+00 | "2018年1月\n\n## MELBA Journal\n\n## Machine Learning for Biomedical Imaging\n\n## Deep Spectral M(...TRUNCATED) | "{\"items\":[{\"page\":1,\"type\":\"text\",\"bbox\":null,\"content\":\"2018年1月\"},{\"page\":1,\"(...TRUNCATED) |
2606.31303 | 2026-07-01 | "Minimizing Quantized Semantic Age of Information (QSAoI) in Foundation Model-Based Semantic Communi(...TRUNCATED) | "The emerging techniques of semantic communications and edge computing in 6G networks necessitate a (...TRUNCATED) | [
"Huanyu Zhang",
"Yulin Hu",
"Xiaopeng Yuan",
"Aydin Sezgin",
"Anke Schmeink"
] | ["Huanyu Zhang","Yulin Hu","Xiaopeng Yuan","Aydin Sezgin","Anke Schmeink"] | [
"cs.AI",
"eess.SP"
] | eess.SP | 5 | 7,850 | 159.1 | 63 | 4bit | docOCR:4bit | 28,474 | 102 | 2026-07-02 01:29:27.456834+00 | "30 Jun 2026, FDP - SPAI\n\n## Minimizing Quantized Semantic Age of Information (QSAoI) in Foundatio(...TRUNCATED) | "{\"items\":[{\"page\":1,\"type\":\"text\",\"bbox\":null,\"content\":\"30 Jun 2026, FDP - SPAI\"},{\(...TRUNCATED) |
2606.31307 | 2026-07-01 | When the Database Fails: Prompting LLM Dialogue Agents for Safe Recovery in Task-Oriented Dialogue | "Large language models used in task-oriented dialogue often produce fluent but unsafe responses when(...TRUNCATED) | [
"Mohammad Alijanpour Shalmani",
"Alale Rezvani Boroujeni",
"Jiann Shiun Yuan"
] | ["Mohammad Alijanpour Shalmani","Alale Rezvani Boroujeni","Jiann Shiun Yuan"] | [
"cs.CL"
] | cs.CL | 5 | 6,933 | 170.1 | 49.3 | 4bit | docOCR:4bit | 21,724 | 96 | 2026-07-02 01:25:46.736968+00 | "30 Jun 2026\n\n## When the Database Fails: Prompting LLM Dialogue Agents for Safe Recovery in Task-(...TRUNCATED) | "{\"items\":[{\"page\":1,\"type\":\"text\",\"bbox\":null,\"content\":\"30 Jun 2026\"},{\"page\":1,\"(...TRUNCATED) |
2606.31308 | 2026-07-01 | Benchmarking Large Language Models on Floating-Point Error Classification | "This paper investigates the capability of Large Language Models (LLMs) to detect and classify float(...TRUNCATED) | [
"Lisa Taldir",
"Muhammad Ahmad Saeed",
"David Defour",
"Pablo de Oliveira Castro",
"Eric Petit"
] | "[\"Lisa Taldir\",\"Muhammad Ahmad Saeed\",\"David Defour\",\"Pablo de Oliveira Castro\",\"Eric Peti(...TRUNCATED) | [
"cs.AI"
] | cs.AI | 15 | 11,102 | 158.1 | 113.8 | 4bit | docOCR:4bit | 40,727 | 148 | 2026-07-02 01:24:39.315047+00 | "30 Jun 2026\n\n## Benchmarking Large Language Models on Floating-Point Error Classification\n\nLisa(...TRUNCATED) | "{\"items\":[{\"page\":1,\"type\":\"text\",\"bbox\":null,\"content\":\"30 Jun 2026\"},{\"page\":1,\"(...TRUNCATED) |
2606.31309 | 2026-07-01 | "CSO-LLM: Class Subspace Orthogonalization for Post-Training Backdoor Detection and Trigger Inversio(...TRUNCATED) | "While post-training backdoor detection and trigger inversion schemes have been developed for AIs us(...TRUNCATED) | [
"Zhengxing Li",
"David J. Miller",
"Guangmingmei Yang",
"George Kesidis"
] | ["Zhengxing Li","David J. Miller","Guangmingmei Yang","George Kesidis"] | [
"cs.AI",
"cs.CR",
"cs.LG"
] | cs.CR | 21 | 25,695 | 161.5 | 219.6 | 4bit | docOCR:4bit | 84,325 | 247 | 2026-07-02 01:22:42.632259+00 | "30 Jun 2026\n\n## CSO-LLM: Class Subspace Orthogonalization for Post-Training Backdoor Detection an(...TRUNCATED) | "{\"items\":[{\"page\":1,\"type\":\"text\",\"bbox\":null,\"content\":\"30 Jun 2026\"},{\"page\":1,\"(...TRUNCATED) |
2606.31310 | 2026-07-01 | LOPA: Enhancing Spoken Language Assessment via Latent Ordinal Prototype Alignment | "Fueled by increasing model scale and multimodal inputs, Multimodal Large Language Models (MLLMs) ha(...TRUNCATED) | [
"Hong-Yun Lin",
"Fu-An Chao",
"Bi-Cheng Yan",
"Berlin Chen"
] | ["Hong-Yun Lin","Fu-An Chao","Bi-Cheng Yan","Berlin Chen"] | [
"cs.CL",
"cs.MM"
] | cs.CL | 5 | 9,010 | 172.2 | 60.8 | 4bit | docOCR:4bit | 28,474 | 122 | 2026-07-02 01:18:46.811904+00 | "30 Jun, 2026\n\n## LOPA: Enhancing Spoken Language Assessment via Latent Ordinal Prototype Alignmen(...TRUNCATED) | "{\"items\":[{\"page\":1,\"type\":\"text\",\"bbox\":null,\"content\":\"30 Jun, 2026\"},{\"page\":1,\(...TRUNCATED) |
2606.31311 | 2026-07-01 | From Idea to Prototype in an Afternoon: Scaffolded, AI-Assisted Rapid VA Prototyping | "Testing a new visual-analytics idea usually takes months: one needs to find a realistic data set, c(...TRUNCATED) | [
"Gennady Andrienko",
"Natalia Andrienko"
] | ["Gennady Andrienko","Natalia Andrienko"] | [
"cs.AI",
"cs.HC",
"cs.LG"
] | cs.HC | 7 | 11,990 | 158.8 | 95.3 | 4bit | docOCR:4bit | 45,068 | 165 | 2026-07-02 01:16:54.180618+00 | "30 Jun, 2026\n\n## IEEE COMPUTER GRAPHICS AND APPLICATIONS\n\n## From Idea to Prototype in an After(...TRUNCATED) | "{\"items\":[{\"page\":1,\"type\":\"text\",\"bbox\":null,\"content\":\"30 Jun, 2026\"},{\"page\":1,\(...TRUNCATED) |
ArXivSignals FullText — arXiv Papers OCR'd to Markdown + Layout
A continuously-updated, day-partitioned dataset of arXiv papers converted to
clean full text by a vision OCR pipeline: each paper's PDF is rendered to
Markdown (headings, paragraphs, tables as HTML, math as LaTeX) plus a structured
layout JSON (typed, bounding-boxed blocks). It is the full-text companion to
taesiri/ArXivSignals
(metadata + LLM signal & summaries) and joins it on paper_id.
How it's made
- Source: arXiv PDFs (publicly available).
- OCR: a document vision-language model (Baidu-family "Unlimited-OCR" via MLX), run at 4-bit precision, page-by-page, producing Markdown + a raw tagged form + a typed layout tree. No LLM rewriting — this is transcription, not summarization.
- Scope: papers that are also in the public ArXivSignals catalog. The corpus fills in continuously (newest-first); coverage grows daily.
Schema (papers config, partitioned by announce_date)
| Column | Type | Notes |
|---|---|---|
paper_id |
string | arXiv id (joins taesiri/ArXivSignals) |
announce_date |
date | arXiv announcement date (partition key) |
title, abstract |
string | arXiv metadata |
author_names |
list | display names |
authors_json |
string | full author structure (JSON) |
categories |
list | arXiv categories |
primary_category |
string | |
ocr_markdown |
string | the OCR'd full text (Markdown; HTML tables; LaTeX math) |
ocr_layout |
string | typed + bbox'd layout blocks (JSON: {items:[{page,type,bbox,content}]}) |
pages |
int | page count |
md_chars, n_layout_blocks |
int | content stats |
ocr_tokens, ocr_tps, ocr_duration_s |
numeric | OCR throughput stats |
ocr_precision, ocr_model |
string | OCR configuration |
ocr_finished_at |
string | when this paper was OCR'd |
from datasets import load_dataset
ds = load_dataset("taesiri/ArXivSignals-FullText", "papers", split="corpus")
print(ds[0]["ocr_markdown"][:500])
Licensing, attribution & takedown
This is important — read before redistributing. The ocr_markdown /
ocr_layout fields are a machine-generated transcription of arXiv PDFs. arXiv
papers are licensed individually by their authors (arXiv's default non-exclusive
license, or CC-BY / CC-BY-SA / CC0 / other, per submission), and that license
governs the underlying content of the OCR text. This dataset does not grant
any rights beyond those of each source paper.
- Metadata (title, abstract, authors, categories) is provided under CC-BY-4.0, consistent with the companion catalog dataset.
- OCR full text is provided for research and text/data-mining purposes, as a derived representation of publicly available papers. Redistribution or reuse of any paper's text is subject to that paper's own license — check it before reusing.
- Attribution: always cite the original arXiv paper (
paper_id), not this dataset, as the source of the content. - OCR is imperfect: expect errors in math, tables, multi-column, and scanned pages. Treat the text as machine-transcribed, not authoritative.
- Takedown / opt-out: if you are an author (or rights holder) and want a paper removed, open an issue / discussion on this dataset repo — it will be removed promptly.
Maintained by @taesiri · powers arxivsignals.io.
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