Multilingual Language Models like mBERT are widely used for low-resource NLP, yet their adaptation to morphologically inconsistent languages such as Roman Urdu remains underexplored. Roman Urdu spelling variation causes severe sub-word fragmentation, averaging 1.
The paper introduces a new benchmark for Urdu‑to‑English idiomatic translation, featuring 4,000 manually verified sentence pairs in both native Perso‑Arabic script and Romanized Urdu. It evaluates multiple tasks—translation, paraphrasing, idiom span detection, and back‑translation—using various prompting strategies, and finds that state‑of‑the‑art large language models outperform traditional neural machine translation systems, especially in preserving figurative meaning. The study also highlights challenges posed by the lack of standardized orthography in Romanized Urdu, which affects consistency and idiom span detection.
By Muhammad Farmal Khan, Mousumi Akter
The paper tackles syntactic parsing for Urdu, a morphologically rich language, and reports state‑of‑the‑art results for both constituency and dependency parsing. It introduces four key contributions: converting the CLE‑UTB phrase structure treebank into a dependency treebank with language‑specific mapping rules, a novel sequence labeling scheme that unifies the parsing task, training contextualized word representations on a 220‑million‑token Urdu corpus, and a parsing framework that employs both single‑task and multi‑task learning. Experiments show that the multi‑task setup boosts performance, achieving an F1 score of 91.39 for constituency parsing and a labeled attachment score of 85.69 for dependency parsing, improving over previous results.
By Toqeer Ehsan, Miriam Butt, Sarmad Hussain, Hassan Alhuzali, Ali Al-Laith
arXiv:2606.05087v2 Announce Type: replace
Abstract: Frequent verbs such as 'have' and 'make' can function either as collocates in light-verb constructions or as full lexical predicates, as in 'make a...
By Francesca Franzon, Nicolas Ros\`as G\'omez, Leo Wanner
The paper investigates how multilingual large language models perform when generating stories in Urdu, a low‑resource language. The authors created a corpus of 93 Urdu stories produced by GPT‑5.1, Qwen‑3‑Max, and DeepSeek‑3.1, and manually annotated errors across a nine‑label taxonomy covering linguistic, semantic, and cultural aspects. Findings reveal frequent grammatical and semantic mistakes, lack of coherence, unnatural repetition, and pervasive cultural shallowness, with few‑shot prompting failing to resolve many of these issues.
By Farah Adeeba, Abdul Rafae Khan, Rajesh Bhatt, Hassan Sajjad
arXiv:2610.15795v1 Announce Type: cross
Abstract: Automated moderation systems are deployed at scale, yet they remain opaque to the users and moderators affected by their decisions, and their coverag...
By Muhammad Shahid Iqbal Malik