Archive for November, 2013

Tu Anh’s PhD Success!

Today, the Open University Research Degrees Committee confirmed that Tu Anh Nguyen’s PhD Thesis meets the academic requirements for the award. Congratulations Dr Nguyen!



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Hedges and Rounding article

Today we received apologies from Benjamins; they’ve promised to update the electronic version. I’m pleased!

The errors occurred because the editor of Pragmatics and Cognition insists on authors submitting articles in pdf format which he then converts to Word format. Obviously, this mangles the tables, formulae, on so on. Apparently, Benjamins would have been happy to accept LaTeX format which is what we had produced originally. If only the editor had allowed us to the submit the LaTex!

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Our Pragmatics & Cognition article

Today, I received a copy of Pragmatics & Cognition, Vol 21, No. 1 containing our article ‘Hedging and Rounding in Numerical Expressions’. Unfortunately, Benjamins  hadn’t made the corrections we’d requested to Table 4, on p. 207. This table is out-of-line! I was so disappointed when I saw it. It is supposed to look like this.

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I’ve been invited to be on the  Program Committee for The 52nd Annual Meeting of the Association for Computational Linguistics in 2014 and a reviewer for Patient Education and Counseling (an Elsevier journal).

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New publication! Hedging and Rounding in Numerical Expressions

Our journal article: Sandra Williams and Richard Power ‘Hedging and rounding in Numerical Expressions’ has been published today in Pragmatics & Cognition, Volume 21, Number 1, 2013, pp. 193-223.

Here is the abstract:

Previous accounts of hedges assume that they cause language to become vague or fuzzy (Lakoff 1973); however, hedges can actually sharpen numerical concepts by giving explicit information about approximation, especially where bare numbers appear misleadingly round or precise. They can also tell hearers about the direction of approximation (greater or less than). This article provides a first empirical account of interactions between hedging and rounding in numerical expressions. We demonstrate that hedges occur more commonly with round numbers than with non-round ones. However, we also provide evidence from user studies that in the absence of hedges, readers interpret round numbers as approximations and non-round ones as precise; and that placing a hedge before a round number has no effect on its interpretation, whereas placing it before a non-round number shifts people’s interpretations from precise towards approximate. We attempt to explain this conundrum.

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PITR 2014 Call for Papers

The Call for Papers for our 3rd workshop on Predicting and improving text readability for target reader populations at EACL 2014 has just been published on WikiCFP.

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