CBA-2: Difference between revisions

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[[File:GS-p32-nr30.jpg]]
[[File:GS-p32-nr30.jpg]]
===== Head-Complement Phrases =====
A Head-Complement Phrase is formed from a word and one phrase for each of the ''synsems'' on the head's COMPS list. There has to be a 1:1 relation between the selected ''synsems'' and the phrases:
[[File:GS-hd-comp-ph.jpg]]

Revision as of 10:01, 18 April 2017

Constraint-based Analysis - Syntax 2

Welcome and Prospect

This course continues the course Constraint-based Analysis taught by Prof. Webelhuth in the previous semester. Constraint-based Analysis introduced the major theoretical techniques of the theory of Head-Driven Phrase Structure Grammar: types and type hierarchies, feature structures, constraints, and the six syntactic schemata proposed in Pollard and Sag (1994).

Constraint-based Syntax 2 focuses less on techniques and more on the structure of English. It illustrates that the techniques acquired by the students in the previous course are sufficient to develop concrete and insightful analyses of many English constructions, including the following: interrogative and relative clauses, passive sentences, and several varieties of infinitives.

Readings

We will read several chapters from the following book:

Ginzburg, Jonathan and Ivan Sag (2000). Interrogative Investigations: The Form, Meaning and Use of English Interrogatives. Stanford: CSLI.

Online Grammars

In order to prove the consistency and precision of the theory, we will again work with online grammars. These are available permanently. Here are the links to the grammars:

Online Grammar for Chapter 2: HPSG Background

OLAT

The OLAT course for CBA-2 is at Constraint-based Syntax 2 on OLAT.

Course and Module Requirements

Constraint-based Syntax 2 is Seminar A in the Core module Constraint-based Grammar (LING-CORE-CON). Seminar B is Constraint-based Semantics. The Modulhandbuch specifies the following requirements for the module:

1. Module Assessment

Seminar paper of about 15-20 standard pages (6,000-8,000 words, max. 4 weeks to complete / full time) or a 30-minute oral examination relating to seminar A or B. At the beginning of the seminar, the lecturer in charge will determine the possible forms of examinations.

2. Performance record

Oral presentation or written work (5 pages) for the seminar which is not the subject of the module examination.


Week 1

New Feature Geometry

The geometry of the feature structures of Ginzburg and Sag (from here on simply GS) differs slightly from that of Pollard and Sag (1994). Here is the general structure of a sign:

The feature geometry of Ginsburg and Sag (2000)

We find the following differences from the earlier feature geometry:

  1. Instead of a SUBCAT list, there is now an ARG-ST. Only signs of type word have this list-valued attribute. Like SUBCAT, it contains all the syntactic arguments of a word. Unlike SUBCAT, this list is not used for head-driven phrase formation, however! It is used, among others, for the Binding Theory.
  2. As part of the category information of the sign, we now find the 3 valence attributes SUBJ, SPR, and COMPS. Together with combinatorial schemas, they drive phrase formation from the information in the head daughter. They have the following properties:
  • SUBJ: the list contains 0-1 synsem objects
  • SPR: the list contains 0-1 synsem object
  • Comps: the list contains 0-3 synsem objects

Some Words in the New Feature Geometry

The word I:

The word I

The word a:

The word a


Phrases

Unlike Pollard and Sag (1994), GS give subtypes to the type phrase which reflect the functional relationship between the head daughter and the non-head daughter(s). The following phrase types exist:

GS-p32-nr30.jpg

Head-Complement Phrases

A Head-Complement Phrase is formed from a word and one phrase for each of the synsems on the head's COMPS list. There has to be a 1:1 relation between the selected synsems and the phrases:

GS-hd-comp-ph.jpg