The launching of the JOT provides a welcome opportunity to resume the Eiffel column that ran for many years in JOOP from 1998 (edited first by Rock Howard from whom I took over in 1998). It will run pretty much like its predecessor, with a mix of contributions by guest columnists and by me, and a mix of topics — from language matters to methodological issues of object-oriented software construc...

Sign languages (SL) require a fundamental rethinking of many basic assumptions about human language processing because instead of using linear speech, sign languages coarticulate facial expressions, shoulder and hand movements, eye gaze and usage of a three-dimensional space. SL researchers have therefore advocated SL-specific approaches that do not start from the biases of models that were ori...

Construction Grammar has reached a stage of maturity where many researchers are looking for an explicit formal grounding of their work. Recently, there have been exciting developments to cater for this demand, most notably in Sign-Based Construction Grammar (SBCG) and Fluid Construction Grammar (FCG). Unfortunately, like playing a music instrument, the formalisms used by SBCG and FCG take time ...

Language comprehension in humans is very robust. With apparent ease, language users can grasp the meaning of utterances made in very bad acoustic conditions or containing grammatical errors. A key mechanism in achieving this robustness is the ability of the listener to predict what the speaker is likely to say. According to recent work in psycholinguistics, these predictions are made by covertl...

This paper reports further progress into a computational implementation of a new formalism for construction grammar, known as Fluid Construction Grammar (FCG). We focus in particular on how hierarchy can be implemented. The paper analyses the requirements for a proper treatment of hierarchy in grammar and then proposes a particular solution based on a new operator, known as the J-operator. The ...

Fluid Construction Grammar (FCG) is a formalism for defining the inventory of lexical and grammatical conventions that language processing requires and the operations with which this inventory is used to parse and produce sentences. This chapter introduces some of the key ideas and basic design principles behind the development of Fluid Construction Grammar.

German case syncretism is often assumed to be the accidental by-product of historical development. This paper contradicts this claim and argues that the evolution of German case is driven by the need to optimize the cognitive effort and memory required for processing and interpretation. This hypothesis is supported by a novel kind of computational experiments that reconstruct and compare attest...