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G R A D U A T E D E G R E E P R O G R A M M E : E N G L I S H S T U D I E S<br />

Prerequisites<br />

Course contents<br />

Recommended<br />

reading<br />

Supplementary<br />

reading<br />

Teaching<br />

methods<br />

Assessment<br />

methods<br />

Language of<br />

instruction<br />

Quality<br />

assurance<br />

methods<br />

to apply statistical methods to the analysis of linguistic properties and<br />

corpus generation.<br />

Competences and skills acquired upon the completion of Introduction to<br />

linguistics and other undergraduate courses in linguistics.<br />

The growing amount of natural language corpora and the widening use of<br />

computers in the analysis, education, and study of language have a profound<br />

influence on the way we perform natural language research and organize<br />

studies and teaching of languages.<br />

In this course we will go behind the scenes of natural language tools for<br />

analysing corpora like concordance and keyword-in-context tools, the<br />

structure and annotations of natural language corpora, internet resources and<br />

interactive systems for language teaching. We will run our own experiments<br />

and projects; generate corpora and natural language resources, as well as<br />

quantitative results from analyses.<br />

We will learn how statistical analysis is used to gain deeper insights into the<br />

properties of natural language, and how it is applied to natural language<br />

technologies.<br />

1. Teacher-generated materials: script, web page and slides.<br />

2. Manning, C. D., and Schütze, H. (1999). Foundations of statistical<br />

natural language processing. Cambridge, Mass.: MIT Press.<br />

Jurafsky, D., and Martin, J. H. (2000). Speech and language processing: an<br />

introduction to natural language processing, computational linguistics,<br />

and speech recognition. Prentice Hall series in artificial intelligence.<br />

Upper Saddle River, N.J.: Prentice Hall.<br />

Lectures (traditional / student-participation-encouraged / on-line) / Tutorials<br />

/ Practical sessions / Advisory hours / Research project / Independent<br />

research / Independent study.<br />

Student participation is encouraged through various tasks and activities,<br />

such as: problem-solving tasks, group work, pair work, online grammar<br />

development and testing tools, language games (etc.).<br />

The assessment of student knowledge/performance will be based on the<br />

following:<br />

1. Continuous assessment (diagnostic tests, independent homework/project<br />

tasks, achievement tests).<br />

2. Exam: written.<br />

Croatian/<strong>English</strong>.<br />

1. Anonymous student feedback via questionnaires and surveys (permanent<br />

online anonymous commenting facility and via paper questionnaires).<br />

2. Lecturers responsible for the same subject area collaborate closely and<br />

monitor each other’s work.<br />

3. Occasional class observations and assessment by departmental<br />

colleagues.<br />

4. Occasional open and public lectures for all students and colleagues also<br />

via live online technology (camera and microphone).<br />

5. Recording of lectures via web/digital cam for later analysis and offline<br />

16

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