Scaling Accessible Mathematics on arXiv: HTML Conversion and MathML 4

Fuente: arXiv
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Hauptverfasser: Ginev, Deyan, Caruso, Brian, Miller, Bruce, Sank, Jeff, Weiskoff, Jacob
Format: Preprint
Veröffentlicht: 2026
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author Ginev, Deyan
Caruso, Brian
Miller, Bruce
Sank, Jeff
Weiskoff, Jacob
author_facet Ginev, Deyan
Caruso, Brian
Miller, Bruce
Sank, Jeff
Weiskoff, Jacob
contents We report on the ongoing development of arXiv's HTML Papers offering, available on every new TeX/LaTeX submission since its initial release in 2023. The main highlights from 2025 and early 2026 are: (i) community-driven improvements to HTML fidelity and service health, with roughly half of 6,000 user reports resolved; (ii) corpus-scale conversion work aimed at 90% error-free HTML (currently 75%); (iii) initial MathML 4 Intent annotations for accessible speech output; (iv) an in-progress Rust port of LaTeXML, reducing compute costs and enabling faster previews on submission. The arXiv HTML Papers project remains experimental, but is gradually maturing as we better understand the needs of arXiv's readers and the technical opportunities presented by new standards and by advances in programming languages and AI.
format Preprint
id arxiv_https___arxiv_org_abs_2605_16562
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Scaling Accessible Mathematics on arXiv: HTML Conversion and MathML 4
Ginev, Deyan
Caruso, Brian
Miller, Bruce
Sank, Jeff
Weiskoff, Jacob
Computation and Language
Digital Libraries
68U15 (Primary) 68V25, 68U35 (Secondary)
I.7.2; H.3.7
We report on the ongoing development of arXiv's HTML Papers offering, available on every new TeX/LaTeX submission since its initial release in 2023. The main highlights from 2025 and early 2026 are: (i) community-driven improvements to HTML fidelity and service health, with roughly half of 6,000 user reports resolved; (ii) corpus-scale conversion work aimed at 90% error-free HTML (currently 75%); (iii) initial MathML 4 Intent annotations for accessible speech output; (iv) an in-progress Rust port of LaTeXML, reducing compute costs and enabling faster previews on submission. The arXiv HTML Papers project remains experimental, but is gradually maturing as we better understand the needs of arXiv's readers and the technical opportunities presented by new standards and by advances in programming languages and AI.
title Scaling Accessible Mathematics on arXiv: HTML Conversion and MathML 4
topic Computation and Language
Digital Libraries
68U15 (Primary) 68V25, 68U35 (Secondary)
I.7.2; H.3.7
url https://arxiv.org/abs/2605.16562