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Dima Taji

6 paper cards in Mova's library · 2016–2022

Dima Taji wrote 6 of the papers Mova reads, in 2016–2022, most of them on Treebanks, Universal Dependencies; often with Nizar Habash, Daniel Zeman, Jamila El Gizuli.

OpenAlex · ORCID · h-index 9 · 721 citations · 29 works — openalex, 2026-10-18

The profile is the library's match of the name; two people with one name are not always told apart.

Elsewhere: Google Scholar · Semantic Scholar · dblp · ACL Anthology · ORCID

Topics: Treebanks 3 · Universal Dependencies 2

Papers

  1. Camel Treebank: An Open Multi-genre Arabic Dependency Treebank (2022)
    Camel Treebank 1.0 is an open dependency treebank of about 188k words (about 242k tokens) of Modern Standard and Classical Arabic, in the Columbia Arabic Treebank (CATiB) style.
  2. An Arabic Dependency Treebank in the Travel Domain (2019)
    The authors build a small dependency treebank of Modern Standard Arabic from the travel-phrase corpus BTEC, in the Columbia Arabic Treebank (CATiB) style, so that it can be compared with the news-based Penn Arabic Treebank.
  3. An Arabic Morphological Analyzer and Generator with Copious Features (2018)
    The paper presents CALIMA Star, an Arabic analyzer and generator built on the BAMA/SAMA/ALMOR family of pre-compiled six-table databases (three lexicon tables for prefixes, stems and suffixes, three compatibility tables).
  4. CoNLL 2017 Shared Task: Multilingual Parsing from Raw Text to Universal Dependencies (2017)
    The shared task asks systems to parse raw text, with no gold tokenization, sentence splitting or tags, into UD trees for 49 languages.
  5. Universal Dependencies for Arabic (2017)
    The paper presents NUDAR, a Universal Dependencies treebank for Modern Standard Arabic of 738,889 tokens in 19,738 sentences, made by converting the Penn Arabic Treebank (parts 1–3).
  6. CamelParser: A system for Arabic Syntactic Analysis and Morphological Disambiguation (2016)
    CamelParser is a public system that builds Arabic dependency trees (in the CATiB style) with the same morphological features that MADAMIRA produces, and then uses the syntax to correct MADAMIRA's choice of case and state.

Co-authors (69)

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