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James R. Curran

8 paper cards in Mova's library · 2004–2015

James R. Curran wrote 8 of the papers Mova reads, in 2004–2015, most of them on Dependency parsing, Treebanks, Part-of-speech tagging; often with Jonathan K. Kummerfeld, Matthew Honnibal, Stephen Clark.

ORCID

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: Dependency parsing 1 · Treebanks 1 · Part-of-speech tagging 1

Ideas Mova took (2)

From the ideas ledger: an idea tried, kept or queued, or measured with no gain, and what it gave.

Papers

  1. Identifying Cascading Errors using Constraints in Dependency Parsing (2015) 2 ideas kept
    Parser evaluation counts wrong arcs, but one wrong arc can force several more, so the count hides which error is the root cause.
  2. Parser Showdown at the Wall Street Corral: An Empirical Investigation of Error Types in Parser Output (2012)
    A single F-score on WSJ section 23 says nothing about which errors a constituency parser makes. The authors repair each wrong parse into the gold tree with a few tree transformations (subtree movement, node creation, node deletion), and name each repair by its linguistic type: PP attachment, clause attachment…
  3. Parsing Noun Phrases in the Penn Treebank (2011)
    The Penn Treebank does not mark the internal structure of noun phrases, so statistical parsers cannot learn it.
  4. Morphological Analysis Can Improve a CCG Parser for English (2010)
    The authors test whether English verb morphology, which is poor, still helps a lexicalised parser. In Combinatory Categorial Grammar the verb category often encodes both its argument structure and its inflection, so each verb form gets its own category. The paper splits the inflectional suffix (-s, -ed, -ing and so…
  5. Evaluating a Statistical CCG Parser on Wikipedia (2009)
    The authors ask how well a statistical CCG parser (C&C) works on Wikipedia text. They hand-label 200 random sentences, which took about 20 hours. Accuracy is 4.3% lower than on newswire, and the parser is 54% slower. Self-training on Simple English Wikipedia raises accuracy on Wikipedia by 0.8% and narrows the gap to…
  6. Classification of Verb-Particle Constructions with the Google Web1T Corpus (2008)
    The paper builds a type-level classifier for verb-particle constructions (VPCs), with no parser and no sentence context.
  7. Wide-Coverage Efficient Statistical Parsing with CCG and Log-Linear Models (2007)
    The article gives a full log-linear parsing model for a CCG grammar extracted automatically from CCGbank. Discriminative training needs the incorrect parses of every training sentence, which is feasible only because a Maximum Entropy supertagger keeps the charts small. Estimation needs up to 25 GB of memory and runs…
  8. The Importance of Supertagging for Wide-Coverage CCG Parsing (2004)
    The paper shows how a supertagger, which gives each word only a few CCG categories, speeds up a wide-coverage log-linear CCG parser.

Co-authors (8)

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