Sentence examples for models of syntax from inspiring English sources

This paper explores the derivation of nonsententials within Minimalist phase-based derivational models of syntax.

His primary specialization is computational linguistics, and his core research interests are formal and computational models of syntax, probabilistic models of both syntax and discourse structure, and machine learning for natural language tasks in general.

Declarative models of syntax were developed to overcome these shortcomings by providing – in line with standard practice in the natural sciences – a logical, non-procedural characterization of the empirical domain.

Declarative models of syntax realize the scientific architecture typical for the natural sciences by separating the modeling of the domain and the logical characterization of the generalizations which hold in it from the design of algorithms which procedurally realize such models.

Complementing the success of declarative models of syntax in the empirical domain, this has also made such models the first choice for natural language processing, where a wide range of algorithms, from parsers and generators to more general constraint resolvers, have been developed to process with them.

Independently of either of these traditions, Joachim Lambek considered mathematical models of language and syntax (Lambek 1958, 1961).

This model, now generally called the 'nominal' model, delivers inductive datatypes of syntax with alpha-equivalence — rather than inductive datatypes of syntax, quotiented by alpha-equivalence.

Rule-based modeling languages use the notation of chemical reaction equations (or very similar representations), which denote a natural choice of syntax to model cell biological systems.

Section 'MSMB multistate syntax' illustrates details of the syntax on models of cell cycle regulation and mRNA transcription in budding yeast.

As an example of the utility of this model and syntax, we demonstrate the use of the new database in classifying SH3 binding minimotifs.

We show the effectiveness of MSMB's multistate syntax through models of the cell cycle and mRNA transcription.