Language and Computation
COMPUTATIONAL APPROACHES TO HUMAN SENTENCE PROCESSING
Introductory course

LARS KONIECZNY

Computational Linguistics, University of the Saarland

Second week
lkon@coli.uni-sb.de
Course description

As the importance of performance issues in parsing has been increasing during the last few years, cognitive models of sentence processing are becoming more than just an important source of inspiration for computational linguistics. The course addresses current topics in human sentence processing; the phenomena to be accounted for include ambiguity resolution, center-embedding and reanalysis. At the level of modelling, issues such as parsing strategies, heuristics, incrementality, underspecification, description-based parsing, determinism, parallelism, resource limitations, adaptiveness, etc. will be adressed.

In particular, the following topics will be addressed:

Sessions 1,2: Classification schemes for human parsing models

Serialism, parallelism, determinsism, underspecification, minimal commitment parsing; architectural vs. transparency-based approaches; computational resources and adaptiveness; lexicalisation, head-driven parsing, incrementality; modularity, interaction, integration; these sessions will give an overview of an almost complete collection of contemporary approaches to human sentence processing.

Session 3: Selected approaches in human sentence processing

We will pick some of the currently most influencial approaches and discuss them in more detail. How does a model fit to what is known about the general cognitive architecture? What is its rationale? How well do the predictions meet recent empirical data?

Session 4: Modifier attachment

Recent research on modifier attachment will be discussed on the basis of current models of human sentence processing.

Session 5: Anaphoric aspects of ambiguity resolution

In this session, the modifier attachment approach outlined in session 4 will be generalized towards a theory of human parsing and anaphor resolution. Anaphoric aspects of argument binding as well as discourse processing will be highlighted and put forth in a general account of ambiguity resolution.

Prerequisites
None
Literature
No specific recommendation

 

 


HOME
PROGRAMME
CONTACT
REGISTRATION